CN110351058A - A kind of method for transmitting signals and communication equipment - Google Patents

A kind of method for transmitting signals and communication equipment Download PDF

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Publication number
CN110351058A
CN110351058A CN201810305309.XA CN201810305309A CN110351058A CN 110351058 A CN110351058 A CN 110351058A CN 201810305309 A CN201810305309 A CN 201810305309A CN 110351058 A CN110351058 A CN 110351058A
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priority
signal
equal
alternatively
transmission signal
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CN201810305309.XA
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CN110351058B (en
Inventor
刘建琴
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Huawei Technologies Co Ltd
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Huawei Technologies Co Ltd
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Priority to CN201810305309.XA priority Critical patent/CN110351058B/en
Priority to PCT/CN2019/080700 priority patent/WO2019192410A1/en
Publication of CN110351058A publication Critical patent/CN110351058A/en
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L5/00—Arrangements affording multiple use of the transmission path
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L5/00—Arrangements affording multiple use of the transmission path
    • H04L5/003—Arrangements for allocating sub-channels of the transmission path
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
    • H04L5/00—Arrangements affording multiple use of the transmission path
    • H04L5/003—Arrangements for allocating sub-channels of the transmission path
    • H04L5/0048—Allocation of pilot signals, i.e. of signals known to the receiver

Abstract

This application discloses a kind of method for transmitting signals and communication equipments, wherein, this method comprises: the first communication equipment determines the first quasi- co-located hypothesis information according to the first parameter of N number of transmission signal, first parameter include carrier index, system parameter, signal type, wireless network identification type, when at least one of field type or resource index, N is positive integer more than or equal to 2；First communication equipment receives U transmission signal according to the described first quasi- co-located hypothesis information at the first moment, and the U transmission signal is some or all of in N number of transmission signal, U is the positive integer less than or equal to N.Implement the application, signal receiving quality can be improved.

Description

A kind of method for transmitting signals and communication equipment
Technical field
This application involves wireless communication technology field more particularly to a kind of method for transmitting signals and communication equipment.
Background technique
In new wireless (New Radio) system, user equipment (User Equipment) can be in multiple carrier waves or one Multiple BWP transmitting datas of carrier wave.At present in standard, it is co-located that the unlike signal on each carrier wave respectively corresponds respective standard (Quasi Co-location, QCL) assumes that information, a kind of QCL hypothesis information have corresponded to the reception wave beam of UE a kind of.
In some transmission time i it is possible that the feelings that the signal on signal and carrier wave 2 on carrier wave 1 is overlapped in time Condition, such as shown in Figure 1A, the subcarrier spacing (Subcarrier Spacing, SCS) of carrier wave 1 is 15kHz, the son of carrier wave 2 carries Wave spacing 15kHz, the signal 1 on carrier wave 1 and the signal 3 on carrier wave 2 are be overlapped in time.In this case, if carrier wave 1 On the QCL of signal assume that the QCL of information and the signal on carrier wave 2 assumes that information is not identical, then UE can not be at the same moment The signal on two carrier waves is received simultaneously.It is not identical in the numerology of carrier wave 1 and carrier wave 2, i.e. subcarrier spacing When (Subcarrier Spacing, SCS) is different, in some instances it may even be possible to will appear a signal on carrier wave 1 and multiple on carrier wave 2 The case where signal is overlapped in time.Such as shown in Figure 1B, the subcarrier spacing (Subcarrier Spacing, SCS) of carrier wave 1 A symbol for 15kHz, the subcarrier spacing 60kHz of carrier wave 2, carrier wave 1 corresponds to 4 symbols of carrier wave 2.Letter on carrier wave 1 Number 1 be overlapped in time with signal 3, signal 4, signal 5, the signal 6 on carrier wave 2, the letter on signal 2 and carrier wave 2 on carrier wave 1 Numbers 7, signal 8, signal 9, signal 10 are overlapped in time.In this case, if the QCL of the signal on carrier wave 1 assumes letter The QCL of signal on breath and carrier wave 2 assumes that information is not identical, then UE can not also be received on two carrier waves simultaneously at the same moment Signal.
Therefore, at least two signals on multiple carrier waves are received simultaneously a moment as UE, as the QCL of the two signals Assuming that how to determine that the QCL for receiving these signals assumes that information is the current technical issues that need to address when information is inconsistent.
Summary of the invention
This application provides a kind of method for transmitting signals and communication equipments, realize communication equipment and are assumed using same QCL Information receives at least two signals at least two carrier waves simultaneously, improves signal receiving quality.
In a first aspect, this application provides a kind of method for transmitting signals, comprising: the first communication equipment is believed according to N number of transmission Number the first parameter determine the first quasi- co-located hypothesis information, the first parameter includes carrier index, system parameter, signal type, nothing Gauze network identity type, when at least one of field type or resource index, N is positive integer more than or equal to 2.First communication is set Standby to receive U transmission signal according to the first quasi- co-located hypothesis information at the first moment, the U transmission signal is N number of biography Some or all of in defeated signal, U is the positive integer less than or equal to N.Implement the embodiment of the present invention, the first communication may be implemented and set It is standby to assume that information receives at least two signals at least two carrier waves simultaneously using same QCL, improve signal receiving quality.
In a kind of possible design, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N； First communication equipment determines the first quasi- co-located hypothesis information according to the first parameter of N number of transmission signal, comprising: if M carrier wave is each Self-corresponding system parameter is not exactly the same, then the first communication equipment is by the biography in M carrier wave on the smallest carrier wave of system parameter The co-located hypothesis information of standard of defeated signal is determined as the first quasi- co-located hypothesis information.Implement the embodiment of the present invention, it is ensured that M carrier wave In each transmission signal on each carrier wave can do complete reception based on a QCL hypothesis, so that N number of transmission signal can be improved Receptivity.
In a kind of possible design, if the corresponding system parameter of M carrier wave is identical, the first communication equipment is by M The co-located hypothesis information of standard of transmission signal in a carrier wave on the smallest carrier wave of carrier index is determined as the first quasi- co-located hypothesis letter Breath.Implement the embodiment of the present invention, the transmission signal on M carrier wave does not have the timesharing of apparent priority, defaulted always with most The co-located hypothesis information of standard of transmission signal on the carrier wave of small carrier index can reduce communication as the first quasi- co-located hypothesis information The reception complexity of equipment.
In a kind of possible design, if the corresponding system parameter of M carrier wave is identical, the first communication equipment is by M The co-located hypothesis information of standard of transmission signal in a carrier wave on main carrier is determined as the first quasi- co-located hypothesis information.Implement the present invention Embodiment, the transmission signal on usual main carrier is more important compared to the transmission signal on other carrier waves, and on main carrier Control channel can it is cross-carrier dispatch other carrier waves on Traffic Channel, therefore, on preferential main carrier transmission signal standard it is co-located Assuming that information is as the first quasi- co-located hypothesis information, the performance of N number of transmission signal on M carrier wave of maximizing.
In a kind of possible design, the first communication equipment determines that first is quasi- total according to the first parameter of N number of transmission signal Assume information in location, comprising: if in N number of transmission signal including common signal, the first communication equipment is co-located by the standard of common signal Assuming that information is determined as the first quasi- co-located hypothesis information.Implement the embodiment of the present invention, the co-located hypothesis letter of the standard of preferential common signal Breath is used as the first quasi- co-located hypothesis information, the performance of N number of transmission signal on M carrier wave of maximizing.
In a kind of possible design, if in N number of transmission signal including common signal, the first communication equipment is by public letter Number co-located the hypothesiss information of standard be determined as the first quasi- co-located hypothesis information, comprising: if including 1 public letter in N number of transmission signal Number, then the co-located hypothesis information of standard of common signal is determined as the first quasi- co-located hypothesis information by the first communication equipment.
In a kind of possible design, if in N number of transmission signal including P common signal and P common signal carried On O carrier wave, then main carrier in O carrier wave is indexed the quasi- co-located of the transmission signal on corresponding carrier wave by the first communication equipment Assuming that information is determined as the first quasi- co-located hypothesis information, P is the positive integer less than or equal to N and more than or equal to 2, and O is less than or equal to P Positive integer.Implement the embodiment of the present invention, the co-located hypothesis information of standard of the transmission signal on preferential main carrier is quasi- total as first Assume information, the performance of N number of transmission signal on M carrier wave of maximizing in location.
In a kind of possible design, if in N number of transmission signal including P common signal and P common signal carried On O carrier wave, then the first communication equipment is by the co-located vacation of standard of the transmission signal in O carrier wave on the smallest carrier wave of carrier index If information is determined as the first quasi- co-located hypothesis information, P is the positive integer less than or equal to N and more than or equal to 2, and O is less than or equal to P's Positive integer.Implement the embodiment of the present invention, be carried on O carrier wave in common signal, is defaulted with the carrier wave of minimum carrier index On transmission signal co-located the hypothesiss information of standard as the first quasi- co-located hypothesis information, the reception complexity of communication equipment can be reduced Degree.In a kind of possible design, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N；First Communication equipment determines the first quasi- co-located hypothesis information according to the first parameter of N number of transmission signal, comprising: if M carrier wave is respectively right The system parameter answered is not exactly the same and M carrier wave in the smallest carrier wave of system parameter include K, then the first communication equipment is by K The co-located hypothesis information of standard of the transmission signal of the highest priority of signal type is determined as the on a the smallest carrier wave of system parameter Surely co-located hypothesis information.Implement the embodiment of the present invention, the higher signal of priority is usually more important, this kind of implementation The best performance that can guarantee prior transmission signal, thus the performance of maximizing whole system.
In a kind of possible design, if the corresponding system parameter of M carrier wave is not exactly the same and M carrier wave in be The system the smallest carrier wave of parameter includes K, then the first communication equipment is the smallest by carrier index in the smallest carrier wave of K system parameter The co-located hypothesis information of standard of transmission signal on carrier wave is determined as the first quasi- co-located hypothesis information.
In a kind of possible design, if the corresponding system parameter of M carrier wave is not exactly the same and M carrier wave in be The system the smallest carrier wave of parameter includes K, then the first communication equipment corresponds to main carrier index in the smallest carrier wave of K system parameter Carrier wave on co-located the hypothesiss information of standard of transmission signal be determined as the first co-located hypothesis information of standard；Wherein, K is less than or equal to M Positive integer.
In a kind of possible design, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N； First communication equipment determines the first quasi- co-located hypothesis information according to the first parameter of N number of transmission signal, comprising: if M carrier wave is each Self-corresponding system parameter is not exactly the same and M carrier wave in transmission signal on the smallest carrier wave of system parameter include L, then First communication equipment determines the co-located hypothesis information of standard for the transmission signal that L transmits the highest priority of signal type in signal For the first quasi- co-located hypothesis information, L is the positive integer less than or equal to N.
In a kind of possible design, the first communication equipment determines that first is quasi- total according to the first parameter of N number of transmission signal Assume information in location, comprising: if the corresponding signal type of N number of transmission signal includes at least two, the first communication equipment is by N number of biography The co-located hypothesis information of standard of the transmission signal of the highest priority of signal type is determined as the first quasi- co-located hypothesis letter in defeated signal Breath；Alternatively, if the corresponding signal type of N number of transmission signal is identical, the first communication equipment is by wireless network in N number of transmission signal The co-located hypothesis information of standard of the transmission signal of the highest priority of identity type is determined as the first quasi- co-located hypothesis information；Alternatively, If the corresponding signal type of N number of transmission signal is identical, the first communication equipment by time domain type priority grade in N number of transmission signal most The co-located hypothesis information of standard of high transmission signal is determined as the first quasi- co-located hypothesis information；Alternatively, if N number of transmission signal is corresponding Signal type is identical, then the first communication equipment transmits the smallest co-located hypothesis of standard for transmitting signal of resource index in signal for N number of Information is determined as the first quasi- co-located hypothesis information.
In a kind of possible design, the priority for controlling signal is greater than or equal to the priority of service signal；Alternatively, industry The priority of business signal is greater than or equal to the priority of reference signal；Alternatively, the priority of common signal is more than or equal to dedicated The priority of signal；Alternatively, the priority of the high signal of service priority is greater than or equal to the excellent of the low signal of service priority First grade；The second communication is needed to set alternatively, being greater than or equal to without the priority that the second communication equipment is scheduled the signal of control The priority of the standby signal for being scheduled control；Alternatively, the priority of the small signal of system parameter is greater than or equal to system parameter The priority of big signal.
In a kind of possible design, the physical down that the priority of synchronization signal block SSB is more than or equal to broadcast controls letter The priority of road PDCCH；Alternatively, the priority of SSB is more than or equal to the priority of the Physical Downlink Shared Channel PDSCH of broadcast； Alternatively, the priority of the PDCCH of broadcast is more than or equal to the priority of the PDCCH of unicast；Alternatively, the priority of the PDSCH of broadcast More than or equal to the priority of the PDSCH of unicast；Alternatively, the priority of the PDCCH/PDSCH of unicast is more than or equal to reference signal Priority；Alternatively, for carry out Radio Link Detection RLM channel state information reference signals CSI-RS priority be greater than etc. In the priority of the CSI-RS for carrying out wave beam management BM；Alternatively, the priority of the CSI-RS for carrying out BM is more than or equal to For carrying out the priority of the CSI-RS of channel state information CSI detection；Alternatively, being used to carry out the excellent of the CSI-RS of CSI detection First grade is more than or equal to priority/time-frequency track reference signal TRS priority of Phase Tracking reference signal PTRS；Alternatively, with The priority that machine accesses channel RACH is more than or equal to the priority of Physical Uplink Control Channel PUCCH；Alternatively, PUCCH's is preferential Grade is more than or equal to the priority of Physical Uplink Shared Channel PUSCH；Alternatively, the priority of PUSCH is joined more than or equal to channel detection Examine the priority of signal SRS；Alternatively, the priority of the SRS for carrying out BM is more than or equal to for carrying out non-code book transmission NCB's The priority of SRS；Alternatively, the priority of the SRS for carrying out non-code book transmission NCB is more than or equal to for carrying out code book transmission CB SRS priority.
In a kind of possible design, the priority of the wireless network identification of downlink signal is greater than or equal to uplink signal The priority of wireless network identification；Alternatively, the priority of the wireless network identification of the high signal of service priority is greater than or equal to The priority of the wireless network identification of the low signal of service priority；Alternatively, being scheduled control without the second communication equipment The priority of the wireless network identification of signal is greater than or equal to the wireless of the signal for needing the second communication equipment to be scheduled control The priority of network identity；Alternatively, the priority of the wireless network identification of common signal is greater than or equal to the wireless of special signal The priority of network identity.
In a kind of possible design, if the corresponding signal type of N number of transmission signal is PDSCH ,-wireless network is paged The priority of temporary identifier P-RNTI is more than or equal to system information-radio network temporary identifier SI-RNTI priority；Alternatively, If the corresponding signal type of N number of transmission signal is PDSCH, it is wireless that the priority of SI-RNTI is more than or equal to random access response- The priority of Network Temporary Identifier RA-RNTI；Alternatively, if the corresponding signal type of N number of transmission signal is PDSCH, RA-RNTI Priority be more than or equal to CS-RNTI priority；Alternatively, if the corresponding signal type of N number of transmission signal is PDSCH, CS- The priority of RNTI is more than or equal to the priority of Cell Radio Network Temporary Identifier/Identity, Cell-RNTI C-RNTI；Alternatively, if N number of transmission signal is corresponding Signal type be PDCCH, then the priority of P-RNTI/SI-RNTI/RA-RNTI be more than or equal to interrupt instruction-wireless network face When identify INT-RNTI priority；Alternatively, INT-RNTI's is excellent if the corresponding signal type of N number of transmission signal is PDCCH First grade is more than or equal to time slot format mark-radio network temporary identifier SFI-RNTI priority；Alternatively, if N number of transmission signal Corresponding signal type is PDCCH, then the priority of SFI-RNTI is more than or equal to configuration scheduling-radio network temporary identifier CS- The priority of RNTI；Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, and the priority of CS-RNTI is greater than etc. In the priority of C-RNTI；Alternatively, the priority of C-RNTI is greater than if the corresponding signal type of N number of transmission signal is PDCCH Equal to semi-static channel state information-radio network temporary identifier SP-CSI-RNTI priority；Alternatively, if N number of transmission signal Corresponding signal type is PDCCH, then the priority of SP-CSI-RNTI is shared more than or equal to transimission power order-physical uplink Channel-radio network temporary identifier TPC-PUSCH-RNTI priority；Alternatively, if the corresponding signal type of N number of transmission signal For PDCCH, then the priority of TPC-PUSCH-RNTI is more than or equal to transimission power order-detection reference signal-wireless network and faces When identify TPC-SRS-RNTI priority；Alternatively, if the corresponding signal type of N number of transmission signal is PUSCH, CS-RNTI Priority be more than or equal to C-RNTI priority；Alternatively, if the corresponding signal type of N number of transmission signal is PUSCH, C- The priority of RNTI is more than or equal to the priority of SP-CSI-RNTI.
In a kind of possible design, the first communication equipment according to the first parameter determine the first quasi- co-located hypothesis information it Before, further includes: the first communication equipment receives the carrier index that the second communication equipment is sent；First communication equipment is according to the first parameter Determine the first quasi- co-located hypothesis information, comprising: the corresponding load of the carrier index that the first communication equipment sends the second communication equipment The co-located hypothesis information of standard of first transmission signal on wave is determined as the first quasi- co-located hypothesis information；Alternatively, the first communication is set It is standby first quasi- co-located hypothesiss information is determined according to the first parameter before, further includes: the first communication equipment the second communication equipment of reception The carrier index and signal type of transmission index；First communication equipment determines the first quasi- co-located hypothesis information according to the first parameter, Include: on the corresponding carrier wave of carrier index that the first communication equipment sends the second communication equipment signal type index corresponding biography The co-located hypothesis information of standard of defeated signal is determined as the first quasi- co-located hypothesis information；Alternatively, the first communication equipment is according to the first parameter Before determining the first quasi- co-located hypothesiss information, further includes: the first communication equipment receives the system parameter of the second communication equipment transmission Index and carrier index；First communication equipment determines the first quasi- co-located hypothesis information according to the first parameter, comprising: the first communication is set The standby system parameter for sending the second communication equipment indexes the co-located vacation of standard of the transmission signal on carrier wave corresponding with carrier index If information is determined as the first quasi- co-located hypothesis information.
Second aspect, this application provides a kind of method for transmitting signals, comprising: the second communication equipment sends N number of transmission letter Number, co-located the hypothesiss INFORMATION OF INCOMPLETE of standard of N number of transmission signal is identical, and the first parameter of N number of transmission signal is used for the One communication equipment determines that the first quasi- co-located hypothesis information, the described first quasi- co-located hypothesis information exist for first communication equipment The first transmission signal of reception U, first parameter include carrier index, system parameter, signal type, wireless network mark Know type, when at least one of field type or resource index, N is positive integer more than or equal to 2, and the U transmission signal is Some or all of in N number of transmission signal, U is the positive integer less than or equal to N.Implement the embodiment of the present invention, may be implemented First communication equipment assumes that information receives at least two signals at least two carrier waves simultaneously using same QCL, improves letter Number quality of reception.
In a kind of possible design, N number of transmission signal is carried on M carrier wave, and M is just less than or equal to N Integer；If the corresponding system parameter of M carrier wave is not exactly the same, first communication equipment carries described M The co-located hypothesis information of standard of transmission signal in wave on the smallest carrier wave of system parameter is determined as the described first quasi- co-located hypothesis letter. Implement the embodiment of the present invention, it is ensured that each transmission signal in M carrier wave on each carrier wave can be done based on a QCL hypothesis It is complete to receive, so that the receptivity of N number of transmission signal can be improved.
In a kind of possible design, if the corresponding system parameter of M carrier wave is identical, first communication The co-located hypothesis information of standard of transmission signal in the M carrier wave on the smallest carrier wave of carrier index is determined as described the by equipment Surely co-located hypothesis information.Implement the embodiment of the present invention, the transmission signal on M carrier wave does not have point of apparent priority When, defaulted always using the co-located hypothesis information of standard of the transmission signal on the carrier wave of minimum carrier index as the first quasi- co-located hypothesis Information can reduce the reception complexity of communication equipment.
In a kind of possible design, if the corresponding system parameter of M carrier wave is identical, first communication The co-located hypothesis information of standard of transmission signal in the M carrier wave on main carrier is determined as the described first quasi- co-located hypothesis by equipment Information.Implement the embodiment of the present invention, the transmission signal on usual main carrier is compared to the transmission signal more important one on other carrier waves A bit, control channel and on main carrier can the cross-carrier Traffic Channel dispatched on other carrier waves, therefore, the biography on preferential main carrier Co-located the hypothesiss information of standard of defeated signal as the first co-located hypothesis information of standard, N number of transmission signal on M carrier wave of maximizing Performance.
In a kind of possible design, if in N number of transmission signal including common signal, first communication equipment The co-located hypothesis information of standard of the common signal is determined as the described first quasi- co-located hypothesis information.Implement the embodiment of the present invention, N number of transmission of co-located the hypothesiss information of standard of preferential common signal as the first co-located hypothesis information of standard, on M carrier wave of maximizing The performance of signal.
In a kind of possible design, if in N number of transmission signal including 1 common signal, first communication The co-located hypothesis information of standard of the common signal is determined as the described first quasi- co-located hypothesis information by equipment.
In a kind of possible design, if in N number of transmission signal including P common signal and the P public letters It number is carried on O carrier wave, then first communication equipment indexes main carrier in the O carrier wave on corresponding carrier wave The co-located hypothesis information of standard of transmission signal is determined as the described first quasi- co-located hypothesis information, and P is less than or equal to N and to be more than or equal to 2 Positive integer, O is positive integer less than or equal to P.Implement the embodiment of the present invention, the standard of the transmission signal on preferential main carrier is co-located Assuming that information is as the first quasi- co-located hypothesis information, the performance of N number of transmission signal on M carrier wave of maximizing.
In a kind of possible design, if in N number of transmission signal including P common signal and the P public letters It number is carried on O carrier wave, then first communication equipment is by the biography in the O carrier wave on the smallest carrier wave of carrier index The co-located hypothesis information of standard of defeated signal is determined as the described first quasi- co-located hypothesis information, and P is less than or equal to N and more than or equal to 2 Positive integer, O are the positive integer less than or equal to P.Implement the embodiment of the present invention, be carried on O carrier wave in common signal, is defaulted Using the co-located hypothesis information of standard of the transmission signal on the carrier wave of minimum carrier index as the first quasi- co-located hypothesis information, can reduce The reception complexity of communication equipment.
In a kind of possible design, N number of transmission signal is carried on M carrier wave, and M is just less than or equal to N Integer；If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in the smallest load of system parameter Wave includes K, then first communication equipment is by the highest priority of signal type on the smallest carrier wave of K system parameter Co-located the hypothesiss information of standard of transmission signal be determined as the co-located hypothesis information of first standard.Implement the embodiment of the present invention, preferentially The higher signal of grade is usually more important, this kind of implementation can guarantee the best performance of prior transmission signal, thus The performance of maximizing whole system.
In a kind of possible design, if the corresponding system parameter of M carrier wave is not exactly the same and M described The smallest carrier wave of system parameter includes K in carrier wave, then first communication equipment is by the smallest carrier wave of K system parameter The co-located hypothesis information of standard of transmission signal on the middle the smallest carrier wave of carrier index is determined as the described first quasi- co-located hypothesis information.
In a kind of possible design, if the corresponding system parameter of M carrier wave is not exactly the same and M described The smallest carrier wave of system parameter includes K in carrier wave, then first communication equipment is by the smallest carrier wave of K system parameter The co-located hypothesis information of standard that middle main carrier indexes the transmission signal on corresponding carrier wave is determined as the described first quasi- co-located hypothesis letter Breath；Wherein, the K is the positive integer less than or equal to M.
In a kind of possible design, N number of transmission signal is carried on M carrier wave, and M is just less than or equal to N Integer；If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in the smallest load of system parameter Transmission signal on wave includes L, then first communication equipment transmits the priority of signal type in signal most for described L The co-located hypothesis information of standard of high transmission signal is determined as the described first quasi- co-located hypothesis information, and L is just whole less than or equal to N Number.
It is described if the corresponding signal type of N number of transmission signal includes at least two in a kind of possible design First communication equipment is by the co-located hypothesis information of standard of the transmission signal of the highest priority of signal type in N number of transmission signal It is determined as the described first quasi- co-located hypothesis information；Alternatively, if the corresponding signal type of N number of transmission signal is identical, it is described First communication equipment is co-located by the standard of the transmission signal of the highest priority of wireless network identification type in N number of transmission signal Assuming that information is determined as the described first quasi- co-located hypothesis information；Alternatively, if the corresponding signal type phase of N number of transmission signal Together, then first communication equipment is co-located by the standard of the highest transmission signal of time domain type priority grade in N number of transmission signal Assuming that information is determined as the described first quasi- co-located hypothesis information；Alternatively, if the corresponding signal type phase of N number of transmission signal Together, then first communication equipment believes the co-located hypothesis of standard of the smallest transmission signal of resource index in N number of transmission signal Breath is determined as the described first quasi- co-located hypothesis information.
In a kind of possible design, the priority for controlling signal is greater than or equal to the priority of service signal；Alternatively, industry The priority of business signal is greater than or equal to the priority of reference signal；Alternatively, the priority of common signal is more than or equal to dedicated The priority of signal；Alternatively, the priority of the high signal of service priority is greater than or equal to the excellent of the low signal of service priority First grade；Described second is needed to lead to alternatively, being greater than or equal to without the priority that the second communication equipment is scheduled the signal of control Letter equipment is scheduled the priority of the signal of control；Alternatively, the priority of the small signal of system parameter is greater than or equal to system The priority of the big signal of parameter.
In a kind of possible design, the physical down that the priority of synchronization signal block SSB is more than or equal to broadcast controls letter The priority of road PDCCH；Alternatively, the priority of SSB is more than or equal to the priority of the Physical Downlink Shared Channel PDSCH of broadcast； Alternatively, the priority of the PDCCH of broadcast is more than or equal to the priority of the PDCCH of unicast；Alternatively, the priority of the PDSCH of broadcast More than or equal to the priority of the PDSCH of unicast；Alternatively, the priority of the PDCCH/PDSCH of unicast is more than or equal to reference signal Priority；Alternatively, for carry out Radio Link Detection RLM channel state information reference signals CSI-RS priority be greater than etc. In the priority of the CSI-RS for carrying out wave beam management BM；Alternatively, the priority of the CSI-RS for carrying out BM is more than or equal to For carrying out the priority of the CSI-RS of channel state information CSI detection；Alternatively, being used to carry out the excellent of the CSI-RS of CSI detection First grade is more than or equal to priority/time-frequency track reference signal TRS priority of Phase Tracking reference signal PTRS；Alternatively, with The priority that machine accesses channel RACH is more than or equal to the priority of Physical Uplink Control Channel PUCCH；Alternatively, PUCCH's is preferential Grade is more than or equal to the priority of Physical Uplink Shared Channel PUSCH；Alternatively, the priority of PUSCH is joined more than or equal to channel detection Examine the priority of signal SRS；Alternatively, the priority of the SRS for carrying out BM is more than or equal to for carrying out non-code book transmission NCB's The priority of SRS；Alternatively, the priority of the SRS for carrying out non-code book transmission NCB is more than or equal to for carrying out code book transmission CB SRS priority.
In a kind of possible design, the priority of the wireless network identification of downlink signal is greater than or equal to uplink signal The priority of wireless network identification；Alternatively, the priority of the wireless network identification of the high signal of service priority is greater than or equal to The priority of the wireless network identification of the low signal of service priority；Alternatively, being scheduled control without the second communication equipment The priority of the wireless network identification of signal is greater than or equal to the signal for needing second communication equipment to be scheduled control The priority of wireless network identification；Alternatively, the priority of the wireless network identification of common signal is greater than or equal to special signal The priority of wireless network identification.
In a kind of possible design, if the corresponding signal type of N number of transmission signal is PDSCH, page-wireless The priority of Network Temporary Identifier P-RNTI is more than or equal to system information-radio network temporary identifier SI-RNTI priority；Or Person, if the corresponding signal type of N number of transmission signal is PDSCH, the priority of SI-RNTI is rung more than or equal to random access Answer-the priority of radio network temporary identifier RA-RNTI；Alternatively, if the corresponding signal type of N number of transmission signal is PDSCH, then the priority of RA-RNTI is more than or equal to the priority of CS-RNTI；Alternatively, if the corresponding letter of N number of transmission signal Number type is PDSCH, then the priority of CS-RNTI is more than or equal to the priority of Cell Radio Network Temporary Identifier/Identity, Cell-RNTI C-RNTI；Or Person, if the corresponding signal type of N number of transmission signal is PDCCH, the priority of P-RNTI/SI-RNTI/RA-RNTI is big Instruction-radio network temporary identifier INT-RNTI priority is interrupted in being equal to；Alternatively, if N number of transmission signal is corresponding Signal type is PDCCH, then the priority of INT-RNTI is more than or equal to time slot format mark-radio network temporary identifier SFI- The priority of RNTI；Alternatively, the priority of SFI-RNTI is big if the corresponding signal type of N number of transmission signal is PDCCH In equal to configuration scheduling-radio network temporary identifier CS-RNTI priority；Alternatively, if the corresponding letter of N number of transmission signal Number type is PDCCH, then the priority of CS-RNTI is more than or equal to the priority of C-RNTI；Alternatively, if N number of transmission signal Corresponding signal type is PDCCH, then it is interim to be more than or equal to semi-static channel state information-wireless network for the priority of C-RNTI Identify the priority of SP-CSI-RNTI；Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, SP-CSI- The priority of RNTI is more than or equal to transimission power order-Physical Uplink Shared Channel-radio network temporary identifier TPC-PUSCH- The priority of RNTI；Alternatively, TPC-PUSCH-RNTI's is excellent if the corresponding signal type of N number of transmission signal is PDCCH First grade is more than or equal to the priority of transimission power order-detection reference signal-radio network temporary identifier TPC-SRS-RNTI；Or Person, if the corresponding signal type of N number of transmission signal is PUSCH, the priority of CS-RNTI is excellent more than or equal to C-RNTI First grade；Alternatively, the priority of C-RNTI is more than or equal to SP- if the corresponding signal type of N number of transmission signal is PUSCH The priority of CSI-RNTI.
In a kind of possible design, second communication equipment is sent before N number of transmission signal, further includes: described the Two communication equipments send carrier index to first communication equipment, and the carrier index that second communication equipment is sent is used for institute State first transmission signal on the corresponding carrier wave of carrier index that the first communication equipment sends second communication equipment Quasi- co-located hypothesis information is determined as the described first quasi- co-located hypothesis information；Alternatively, second communication equipment sends N number of transmission letter Before number, further includes: second communication equipment sends carrier index and signal type index, institute to first communication equipment The carrier index and signal type index for stating the transmission of the second communication equipment are communicated for first communication equipment by described second The signal type indexes the co-located hypothesis information of standard of corresponding transmission signal on the corresponding carrier wave of carrier index that equipment is sent It is determined as the described first quasi- co-located hypothesis information；Alternatively, before the N number of transmission signal of the second communication equipment transmission, further includes: Second communication equipment is indexed to the first communication equipment system parameters and carrier index, second communication equipment The system parameter index and carrier index of transmission are used for the system that first communication equipment sends second communication equipment It is quasi- co-located that the co-located hypothesis information of standard of transmission signal on parameter reference and the corresponding carrier wave of carrier index is determined as described first Assuming that information.
The third aspect, this application provides a kind of communication equipment, which is the first communication equipment, and the first communication is set Standby may include multiple functional modules or unit, for executing method for transmitting signals provided by first aspect, Huo Zhe accordingly On the one hand any one provided method for transmitting signals in possible embodiment.
Fourth aspect, this application provides a kind of communication equipment, which is the second communication equipment, and the second communication is set Standby may include multiple functional modules or unit, for executing method for transmitting signals provided by second aspect, Huo Zhe accordingly Any one provided method for transmitting signals in the two possible embodiments of aspect.
5th aspect, this application provides a kind of communication equipment, which is the first communication equipment, and the first communication is set It is ready for use on the method for transmitting signals for executing first aspect description.First communication equipment can include: memory and with it is described Processor, the transceiver of memory coupling, in which: the transceiver is used for logical with other communication equipments (such as the second communication equipment) Letter.The memory is used to store the realization code of the method for transmitting signals of first aspect description, and the processor is for executing The program code stored in the memory, i.e., method for transmitting signals or first aspect provided by execution first aspect can Any one provided method for transmitting signals in the embodiment of energy.
6th aspect, this application provides a kind of communication equipment, which is the second communication equipment, and the second communication is set It is ready for use on the method for transmitting signals for executing second aspect description.Second communication equipment can include: memory and with it is described Processor, the transceiver of memory coupling, in which: the transceiver is used for logical with other communication equipments (such as the first communication equipment) Letter.The memory is used to store the realization code of the method for transmitting signals of second aspect description, and the processor is for executing The program code stored in the memory, i.e., method for transmitting signals or second aspect provided by execution second aspect can Any one provided method for transmitting signals in the embodiment of energy.
7th aspect, provides a kind of communication system, and the communication system includes: that the first communication equipment and the second communication are set It is standby.Wherein:
First communication equipment can be the first communication equipment that the above-mentioned third aspect or the 5th aspect describe, can also be with It is the second communication equipment that above-mentioned fourth aspect or the 6th aspect describe.
Eighth aspect provides a kind of computer readable storage medium, instruction is stored on the readable storage medium storing program for executing, when When it runs on computers, so that computer executes the method for transmitting signals of above-mentioned first aspect description.
9th aspect, provides a kind of computer readable storage medium, instruction is stored on the readable storage medium storing program for executing, when When it runs on computers, so that computer executes the method for transmitting signals of above-mentioned second aspect description.
Tenth aspect, provides a kind of computer program product comprising instruction, when run on a computer, so that Computer executes the method for transmitting signals of above-mentioned first aspect description.
Tenth on the one hand, and provide a kind of computer program product comprising instruction makes when run on a computer Obtain the method for transmitting signals that computer executes above-mentioned second aspect description.
12nd aspect, this application provides a kind of device, the devices can include: processor, and it is coupled in the place Manage one or more interfaces of device.Wherein, the processor can be used for calling signal provided by first aspect from memory The realization journey of transmission method or any one provided method for transmitting signals in the possible embodiment of first aspect Sequence, and execute the instruction that the program includes.The interface can be used for exporting the processing result of the processor.
13rd aspect, this application provides a kind of device, the devices can include: processor, and it is coupled in the place Manage one or more interfaces of device.Wherein, the processor can be used for calling signal provided by second aspect from memory The realization journey of transmission method or any one provided method for transmitting signals in the possible embodiment of second aspect Sequence, and execute the instruction that the program includes.The interface can be used for exporting the processing result of the processor.
Detailed description of the invention
Technical solution in ord to more clearly illustrate embodiments of the present application or in background technique below will be implemented the application Attached drawing needed in example or background technique is illustrated.
Figure 1A is the signal that multiple signals on a kind of multiple carrier waves provided by the present application overlap in receiving time Figure；
Figure 1B is the signal that multiple signals on a kind of multiple carrier waves provided by the present application overlap in receiving time Figure；
Fig. 2 is the configuration diagram of wireless communication system provided by the present application；
Fig. 3 A-3D be this application involves multiple beam forming network in several PDCCH transmitting scenes schematic diagram；
Fig. 4 be this application involves wave beam training process schematic diagram；
Fig. 5 is the hardware structure schematic diagram for the terminal device that one embodiment of the application provides；
Fig. 6 is the hardware structure schematic diagram for the network equipment that one embodiment of the application provides；
Fig. 7 is a kind of flow diagram of method for transmitting signals provided by the present application；
Fig. 8 A is the signal that multiple signals on a kind of multiple carrier waves provided by the present application overlap in receiving time Figure；
Fig. 8 B is the signal that multiple signals on a kind of multiple carrier waves provided by the present application overlap in receiving time Figure；
Fig. 8 C is the signal that multiple signals on a kind of multiple carrier waves provided by the present application overlap in receiving time Figure；
Fig. 9 is that the embodiment of the present application provides wireless communication system, the functional block of the first communication equipment and the second communication equipment Figure；
Figure 10 is a kind of structural schematic diagram of communication chip provided by the embodiments of the present application.
Specific embodiment
The term that presently filed embodiment part uses is only used for explaining the specific embodiment of the application, rather than It is intended to limit the application.
Fig. 2 shows this application involves wireless communication system.The wireless communication system can work in high-frequency band On, it is not limited to long term evolution (Long Term Evolution, LTE) system, can also be that the 5th generation of the following evolution is mobile logical Believe (the5th Generation, 5G) system, (New Radio, NR) system of newly eating dishes without rice or wine, machine and machine communication (Machine To Machine, M2M) system etc..As shown in Fig. 2, wireless communication system 100 can include: one or more network equipments 101, One or more terminals 103 and core net (not shown).Wherein:
The network equipment 101 can be base station, and base station can be used for being communicated with one or more terminals, can be used for Communicated with one or more base stations with part terminal function (such as macro base station and micro-base station, such as access point, between Communication).Base station can be TD SDMA (Time Division Synchronous Code Division Multiple Access, TD-SCDMA) base transceiver station (Base Transceiver Station, BTS) in system, It can be the evolved base station (Evolutional Node B, eNB) and 5G system, (NR) system of newly eating dishes without rice or wine in LTE system In base station.In addition, base station may be access point (Access Point, AP), transmitting-receiving point (Transmission Receive Point, TRP), center cell (Central Unit, CU) or other network entities, and may include the above network entity Some or all of functions in function.
Terminal 103 can be distributed in entire wireless communication system 100, can be static, be also possible to mobile.? In some embodiments of the present application, terminal 103 can be mobile device, mobile station (mobile station), mobile unit (mobile unit), M2M terminal, radio-cell, remote unit, terminal agent, mobile client etc..
In the application, wireless communication system 100 is multi-beam communication system.Wherein:
The network equipment 101 can be configured with large-scale aerial array, and control antenna array using beam forming technique Column form the wave beam being differently directed.In order to cover entire cell 107, the network equipment 101 needs the wave using multiple and different directions Beam.
For example, the network equipment 101 can be successively using the beam transmission wireless signal being differently directed during downlink (such as downlink reference signal (Reference Signal, RS) and/or downlink synchronous signal block (Synchronization Signal block, SS block)), which is referred to as beam scanning (Beam scanning).Meanwhile 103 pairs of terminal hairs Ejected wave beam measures, and determines the signal quality for the launching beam that terminal 103 can receive, which is referred to as wave beam measurement (Beam measurement)。
In future communication systems, terminal 103 can also be configured with aerial array, can also convert different wave beams into The transmitting-receiving of row signal.In other words, in wireless communication system 100, the network equipment 101 and terminal 103 may all use more waves Shu Jinhang communication.In downlink transmission process, the network equipment 101 can be such as Fig. 3 A-3D to the mode that terminal 103 sends PDCCH It is shown:
Fig. 3 A shows the network equipment 101, and using a transmission wave beam, (such as wave beam a) sends PDCCH, terminal to terminal 103 103 receive PDCCH using a reception wave beam (such as wave beam 1).In the scene shown in Fig. 3 A, wave beam a and wave beam 1 are pairings 's.
Fig. 3 B shows the network equipment 101, and using a transmission wave beam, (such as wave beam a) sends PDCCH, terminal to terminal 103 103 receive PDCCH using multiple reception wave beams (such as wave beam 1,3).In the scene shown in Fig. 3 B, wave beam a and wave beam 1 are pairings , wave beam a and wave beam 3 are pairings.
Fig. 3 C shows the network equipment 101 and sends PDCCH to terminal 103 using multiple transmission wave beams (such as wave beam a, b), eventually End 103 receives PDCCH using multiple reception wave beams (such as wave beam 1, wave beam 3).In the scene shown in Fig. 3 C, wave beam a and wave beam 1 It is pairing, wave beam b and wave beam 3 are pairings.
Fig. 3 D shows terminal 103 and sends PDCCH, terminal to terminal 103 using multiple transmission wave beams (such as wave beam a, b) 103 receive PDCCH using same reception wave beam (such as wave beam 1).In the scene shown in Fig. 3 D, wave beam a and wave beam 1 are pairings , wave beam b and wave beam 1 are pairings.
Correspondingly, 4 kinds of PDCCH shown in Fig. 3 A-3D send scene and are readily applicable to the network equipment 101 to terminal 103 The scene of PDSCH is sent, which is not described herein again.
For the ease of difference description, the transmitting-receiving wave beam of the network equipment can be known as base station beam, including Base Transmitter wave Beam (or base station transmission wave beam) and base station receive wave beam.One network equipment can have multiple Base Transmitter wave beams, and more A base station receives wave beam.The transmitting-receiving wave beam of terminal device is known as terminal beams, including terminal transmission wave beam (or terminal is sent Wave beam) and terminal reception wave beam.One terminal device can have multiple terminal transmission wave beams and multiple terminals receive wave beam.
The Base Transmitter wave beam and terminal of pairing shown in Fig. 3 A-3D receive wave beam and terminal transmission wave beam and base station Receiving wave beam is to realize pairing by wave beam training process.Referring to fig. 4, be this application involves wave beam training process.Such as E described in Fig. 4 is the training process for the wave beam that the network equipment is sent.The network equipment sends multiple wave beams, and terminal is to the network equipment The multiple wave beams sent measure, and preferably wave beam in multiple wave beams of network equipment transmission is notified to set to network It is standby.Otherwise if figure d show the training process of the wave beam of terminal transmission, terminal sends multiple wave beams, and the network equipment sends out terminal The multiple wave beams sent measure, and preferably wave beam in multiple wave beams of terminal transmission is notified to terminal.Pass through wave beam Training process, the network equipment obtains and terminal communicates preferably N number of wave beam to (Beam Pair Link, BPL).The wave beam pair BPL be<Bx, B ' x>, wherein Bx represents the transmission wave beam of the network equipment, the reception wave beam of B ' x GC group connector, and<By, B ' y >, wherein the transmission wave beam of By GC group connector, B ' y represent the reception wave beam of the network equipment.The network equipment is in the communication of subsequent and terminal It can be carried out data transmission in the process using this N number of BPL.Wherein, preferably wave beam mentioned herein refers to the channel matter of the wave beam Amount information (such as Reference Signal Received Power (Reference Signal Received Power, RSRP), channel quality refer to Show (Channel Quality Indicator, CQI) etc.) it is higher.
In the application, each base station receives wave beam and is corresponding with a Base Transmitter wave beam.Here, base station receives wave beam It is corresponding with Base Transmitter wave beam to refer to: directive property having the same.Optionally, base station receives wave beam Base Transmitter corresponding with its Wave beam can be identical wave beam, and the two can share identical R-T unit.Optionally, base station receives wave beam base corresponding with its The corresponding antenna port of launching beam of standing, which can be, meets quasi- co-located (Quasi Co-location, QCL).
In the application, each terminal receives wave beam and is corresponding with a terminal transmission wave beam.Here, terminal receives wave beam It is corresponding with terminal transmission wave beam to refer to: directive property having the same.Optionally, terminal receives wave beam terminal transmission corresponding with its Wave beam can be identical wave beam, and the two can share identical R-T unit.Optionally, terminal receives wave beam end corresponding with its The end corresponding antenna port of launching beam, which can be, meets QCL's.
It should be noted that the wave beam mentioned in the application can be characterized by reference to signal resource, or pass through QCL Information representation.
This application involves quasi- co-located (Quasi Co-location, QCL) concepts.QCL can be used to assist description user's Receiving side wave beam forming information and reception process.The QCL information may include some spatial character parameters, as angle of departure correlation is joined Number, the horizontal direction angle of departure (Azimuth angle of Departure, AoD), vertically to the angle of departure (Zenith angle of Departure, ZoD), horizontal direction angle spread (Azimuth angle spread of Departure, ASD), vertically to angle Degree extension (Zenith angle spread of Departure, ZSD), or reach angle-dependent parameter, horizontal direction angle of arrival (Azimuth angle of Arrival, AoA), it is horizontal vertically to the angle of departure (Zenith angle of Arrival, ZoA) To angle spread (Azimuth angle spread of Arrival, ASA), vertically to angle spread (Zenith angle Spread of Arrival, ZSA) etc..These spatial character parameters describe reference signal (Reference Signal, RS) Spatial channel characteristics between antenna port.The QCL information can also include that space receives (Receive, RX) parameter, in addition, QCL Information at least one of further includes but is not limited to following parameter: delay extension, Doppler frequency shift, average increases doppler spread Benefit and average retardation.Optionally, the spatial character parameter which includes may be the other parameters in addition to above-mentioned parameter, this In without limitation.And be to save the network equipment to indicate expense to the QCL of terminal, a kind of prior art of candidate is the network equipment It is reported before being sent to the QCL instruction restriction terminal of terminal N number of based on channel state information reference signals (Channel State Information Reference Signal, CSI-RS) one of transmitting-receiving wave beam centering of measurement is to meet QCL to close System.That is, the reception wave beam of the modulation reference signals (Demodulation Reference Signal, DMRS) of current data A reception wave beam with the N number of transmitting-receiving wave beam centering based on CSI-RS measurement reported before terminal is identical.For example, eventually End is measured by the CSI-RS of the multiple wave beams sent to the network equipment selects it preferably several, such as 4 wave beams, and Preferably 4 wave beam metrical informations are reported to the network equipment.Wave beam metrical information namely wave beam status information (Beam Status Information, BSI), content mainly includes reference signal resource index, the Reference Signal Received Power of wave beam (Reference Signal Received Power, RSRP).On the network equipment is sent to before the QCL instruction terminal of terminal 3rd CSI-RS of transmitting-receiving wave beam centering of 4 of report based on CSI-RS measurement meets QCL relationship, then terminal uses the 3rd The corresponding wave beam that receives of CSI-RS receives the PDSCH that the network equipment issues.
Signal on different carrier waves can correspond to different QCL and assume information.It illustrates, it is assumed that the transmission of communication equipment Signal includes A1And A2, the two signals are transmitted on carrier wave 1 and carrier wave 2 respectively, and the two signals are in receiving time It overlaps, such as signal A1For the signal 1 transmitted on carrier wave 1 in Figure 1A, signal A2For the signal transmitted on carrier wave 1 in Figure 1A 3.Signal A1And A2Respectively a corresponding QCL assumes information.For example, signal A1With signal B1Meet QCL relationship, then communication is set It is standby to use signal B1Corresponding reception wave beam receives signal A1.Signal A2With signal B2Meet QCL relationship, then communication equipment uses Signal B2Corresponding reception wave beam receives signal A2.If signal A1With signal A2QCL assume information it is identical, then communication equipment is adopted Signal A is received with same wave beam1With signal A2If signal A1With signal A2QCL assume that information is different, then communication equipment uses Different beams receive signal A1With signal A2.The QCL of two signals is identical to be referred to, the reception wave beam of the two signals is identical, two The QCL difference of signal refers to that the reception wave beam of the two signals is different.The case where the case where multiple signals is with 2 signals is similar, Details are not described herein again.In the application, QCL, QCL information, QCL assume that information is identical concept.This QCL assumes that information can be by net Network equipment is indicated to communication equipment (e.g., terminal), is also possible to have predefined in network equipment side and communication equipment side.Signal The QCL of A assume information be signal B or signal A and signal B be meet QCL hypothesis refer to that communication equipment is receiving signal A When parameter accepted filter as reference using the space of signal B.Here referenced signal (e.g., signal B) is usually to believe prior to target A kind of signal of number (e.g., signal A).The QCL hypothesis that this space for defining communication equipment receives information also makes QCL assume class Type D.Referenced signal type can be reference signal or control channel or common signal etc., be not specifically limited here.
In NR system or the wireless communication system of the following evolution, communication equipment can be in multiple carrier wave (Component Carrier, CC) or a carrier wave multiple band chunks (BandWidth Part, BWP) transmitting data.Wherein, communication equipment It can be terminal or the network equipment.One carrier wave can be divided at least two BWP according to frequency domain.At present in standard, same load Unlike signal on wave can correspond to different QCL and assume information, and the unlike signal on different carrier waves can also correspond to different QCL assumes information.It is preconfigured or according to the determination of predefined mode that QCL assumes that information can be the network equipment.As N (N For the positive integer more than or equal to 2) a transmission signal is when respectively corresponding different QCL and assuming information, it is thus necessary to determine that it is one or more Default QCL assumes information to receive this N number of transmission signal.In the application, can according to this it is N number of transmission signal carrier index, At least one of system parameter, signal type, wireless network identification type default QCL hypothesis information to determine.For the ease of Default QCL is assumed that information is named as the first QCL and assumes information in each of the embodiments described below by description.Determine that default QCL assumes The mode of information will be described in more detail in following each method embodiments.
It should be noted that the application is not only suitable for the scene of multiple carrier waves or multiple BWP, be also applied for a carrier wave or The scene of multiple signal frequency division multiplexings on one BWP, is not specifically limited here.In following embodiments by taking carrier wave as an example into Row illustrates that the implementation under the scene of BWP is similar, without repeating.
The terminal 200 of some embodiments of the present application offer is shown with reference to Fig. 5, Fig. 5.As shown in figure 5, terminal 200 can Include: one or more terminal handlers 201, memory 202, receiver 205, transmitter 206, coupler 207, antenna 208, Terminal interface 202 and input/output module (including audio input output module 210, keyboard input module 211 and display Device 212 etc.).These components can be connected by bus 204 or other modes, and Fig. 5 by bus for being connected.Wherein:
Transmitter 206 can be used for carrying out transmitting processing to the signal that terminal handler 201 exports, such as pass through beam forming Realize directive sending.Receiver 205 can be used for carrying out reception processing to the received mobile communication signal of antenna 208, such as pass through Beam forming realizes directional reception.In some embodiments of the present application, 305/ receiver 306 of transmitter may include wave beam at Shape controller, for signal/reception signal is sent multiplied by weight vectors W1 ... ..., Wm, controlling the directional transmissions of signal/connect It receives.The base station beam switching referred in the application can be changed by the beam forming controller in 305/ receiver 306 of transmitter Become transmission signal/reception signal to realize multiplied by weight vectors.
In some embodiments of the present application, transmitter 206 and receiver 205 can regard a radio modem as. In terminal 200, the quantity of transmitter 206 and receiver 205 may each be one or more.Antenna 208 can be used for pass Electromagnetic energy in defeated line is converted into the electromagnetic wave in free space, or the electromagnetic wave in free space is converted into transmission line Electromagnetic energy.Coupler 207 is used to the mobile communication signal that antenna 208 receives being divided into multichannel, distributes to multiple receptions Device 205.
In addition to transmitter 206 shown in fig. 5 and receiver 205, terminal 200 may also include other communication components, such as GPS Module, bluetooth (Bluetooth) module, Wireless Fidelity (Wireless Fidelity, Wi-Fi) module etc..It is not limited to above-mentioned The wireless communication signals of statement, terminal 200 can also support other wireless communication signals, such as satellite-signal, short-wave signal etc. Deng.It is not limited to wirelessly communicate, terminal 200 can be configured with wired network interface (such as LAN interface) to support wire communication.
The input/output module can be used for realizing the interaction between terminal 200 and terminal/external environment, can mainly include Including audio input output module 210, keyboard input module 211 and display 212 etc..Specifically, the input and output mould Block may also include that camera, touch screen and sensor etc..Wherein, the input/output module passes through terminal interface 209 It is communicated with terminal handler 201.
Memory 202 is coupled with terminal handler 201, for storing various software programs and/or multiple groups instruction.Specifically , memory 202 may include the memory of high random access, and may also comprise nonvolatile memory, such as one or Multiple disk storage equipments, flash memory device or other non-volatile solid-state memory devices.Memory 202 can store an operating system (following abbreviation systems), such as the embedded OSs such as ANDROID, IOS, WINDOWS or LINUX.Memory 202 is also It can store network communication program, which can be used for and one or more optional equipments, one or more terminals Equipment, one or more network equipments are communicated.Memory 202 can also store terminal interface program, the terminal interface journey Sequence can be shown by patterned operation interface by the content image of application program is true to nature, and pass through menu, dialogue The input controls such as frame and key receive terminal and operate to the control of application program.
In some embodiments of the present application, one or more embodiments that memory 202 can be used for storing the application are mentioned Realization program of the signal acceptance method of confession in 200 side of terminal.The signal that one or more embodiments about the application provide The realization of method of reseptance, please refers to subsequent embodiment.
Terminal handler 201 can be used for reading and executing computer-readable instruction.Specifically, terminal handler 201 can be used In the signal acceptance method that one or more embodiments of the program that calling is stored in memory 212, such as the application provide Realization program in 200 side of terminal, and execute the instruction that the program includes.
It should be understood that terminal 200 can be Fig. 2 shows wireless communication system 100 in terminal 103, it is implementable to be Mobile device, mobile station (mobile station), mobile unit (mobile unit), radio-cell, remote unit, terminal Agency, mobile client, client device (Customer Premise Equipment, CPE) etc..
It should be noted that terminal 200 shown in fig. 5 is only a kind of implementation of the embodiment of the present application, practical application In, terminal 200 can also include more or fewer components, here with no restriction.
The network equipment 300 of some embodiments of the present application offer is shown with reference to Fig. 6, Fig. 6.As shown in fig. 6, network is set Standby 300 can include: one or more network equipment processors 301, network interface 303, transmitter 305, receive memory 302 Device 306, coupler 307 and antenna 308.These components can be connected by bus 304 or other formulas, and Fig. 6 by bus to be connected It is connected in example.Wherein:
Network interface 303 can be used for the network equipment 300 and other communication equipments, such as other network equipments, be communicated. Specifically, network interface 303 can be wireline interface.
Transmitter 305 can be used for carrying out transmitting processing to the signal that network equipment processor 301 exports, such as pass through wave beam Directive sending is realized in forming.Receiver 306 can be used for carrying out reception processing to the received mobile communication signal of antenna 308, such as Directional reception is realized by beam forming.In some embodiments of the present application, 305/ receiver 306 of transmitter may include wave Beam shaping controller is used for transmission signal/reception signal multiplied by weight vectors W ' 1 ... ..., W ' m, controls the orientation hair of signal It penetrates/receives.The base station beam switching referred in the application can be controlled by the beam forming in 305/ receiver 306 of transmitter Device changes transmission signal/reception signal and realizes multiplied by weight vectors.
In some embodiments of the present application, transmitter 305 and receiver 306 can regard a radio modem as. In the network equipment 300, the quantity of transmitter 305 and receiver 306 may each be one or more.Antenna 308 can be used for Electromagnetic energy in transmission line is converted into the electromagnetic wave in free space, or the electromagnetic wave in free space is converted into transmitting Electromagnetic energy in line.Coupler 307 can be used for mobile communication number being divided into multichannel, distribute to multiple receivers 306.
Memory 302 is coupled with network equipment processor 301, for storing various software programs and/or multiple groups instruction.Tool Body, memory 302 may include the memory of high random access, and may also comprise nonvolatile memory, such as one Or multiple disk storage equipments, flash memory device or other non-volatile solid-state memory devices.Memory 302 can store operation system It unites (following abbreviation systems), such as the embedded OSs such as uCOS, VxWorks, RTLinux.Memory 302 can also store Network communication program, which can be used for and one or more optional equipments, one or more terminal devices, and one Or multiple network equipments are communicated.
Network equipment processor 301 can be used for carrying out wireless channel management, implementation calling and the foundation of communication link and tear open It removes, and provides cell switching control etc. for the terminal in this control zone.Specifically, network equipment processor 301 can include: pipe Reason/communication module (Administration Module/Communication Module, AM/CM) (for speech channel exchange and The center of information exchange), basic module (Basic Module, BM) (for complete call treatment, signaling processing, radio resource Management, the management of Radio Link and circuit maintenance function), code conversion and submultiplex unit (Transcoder and SubMultiplexer, TCSM) (for completing multiplexing and demultiplexing and code conversion function) etc..
In the embodiment of the present application, network equipment processor 301 can be used for reading and executing computer-readable instruction.Specifically , network equipment processor 301 can be used for calling the program being stored in memory 302, such as the one or more of the application The signal acceptance method that embodiment provides and executes the instruction that the program includes in the realization program of 300 side of the network equipment.
It should be understood that the network equipment 300 can be Fig. 2 shows wireless communication system 100 in the network equipment 101, It is implementable be base transceiver station, wireless transceiver, a basic service set (BSS), an extended service set (ESS), NodeB, ENodeB, access point or TRP etc..
It should be noted that the network equipment 300 shown in fig. 6 is only a kind of implementation of the embodiment of the present application, it is practical In, the network equipment 300 can also include more or fewer components, here with no restriction.
Based on aforementioned wireless communication system 100, terminal 200 and the corresponding embodiment of the network equipment 300, the application Embodiment provides a kind of signal acceptance method.It is a kind of process signal of signal acceptance method provided by the present application referring to Fig. 7 Figure.As shown in fig. 7, this method comprises the following steps.
S701, the first communication equipment determine that first quasi- co-located (QCL) assumes letter according to the first parameter of N number of transmission signal Breath, the first parameter include carrier index, system parameter, signal type, wireless network identification type, when field type or resource index At least one of, N is the positive integer more than or equal to 2.
Wherein, at least one can refer to carrier index, system parameter, signal type, wireless network identification type or when Any one in field type or resource index or any combination.
In the embodiment of the present invention, when the first communication equipment needs the QCL of received N number of transmission signal to assume INFORMATION OF INCOMPLETE When identical, the first communication equipment is it needs to be determined that one or more QCL assume information.Usually only it needs to be determined that a kind of QCL assumes letter Breath, below be mainly illustrated so that a kind of QCL assumes information as an example in embodiment.Wherein, the QCL of N number of transmission signal Refer to assuming that INFORMATION OF INCOMPLETE is identical, there are the QCL of at least two transmission signals to assume that information is different in N number of transmission signal.It can Choosing, the first quasi- co-located hypothesis information that the first communication equipment determines can be the co-located hypothesis letter of standard of N number of transmission signal One of breath.
It should be noted that the first communication equipment can know that needs obtain which signal, example on which carrier wave in advance Such as, if the first communication equipment is terminal, terminal can be configured to corresponding running time-frequency resource according to the network equipment (such as base station) Upper to receive corresponding channel or signal, optionally, this configuration can be indicated to terminal by semi-static signaling by the network equipment, It can be by the network equipment by dynamic scheduling information, as Downlink Control Information is handed down to terminal.
It should be noted that the network equipment is its configuration or association carrier index, system ginseng for each transmission signal Number, signal type.In the embodiment of the present invention, system parameter be can include but is not limited to: SCS.Signal, which is transmitted, in the network equipment is It is transmitted on its corresponding carrier wave of carrier index configured.For Physical Downlink Shared Channel (Physical Downlink Shared Channel, PDSCH), Physical Uplink Shared Channel (Physical Uplink Shared Channel, PUSCH) And the these types of channel of Physical Downlink Control Channel (Physical Downlink Control Channel, PDCCH) or signal For, the network equipment can also configure wireless network identification for it.For example, the corresponding wireless network identification type of PDSCH include but It is not limited to following several: paging-radio network temporary identifier (Paging-Radio Network Tempory Identity, P- RNTI), system information-radio network temporary identifier (System Information-Radio Network Tempory Identity, SI-RNTI), random access response-radio network temporary identifier (RACH response-Radio Network Tempory Identity, RA-RNTI), configuration scheduling-radio network temporary identifier (Configued Scheduling- Radio Network Tempory Identity, CS-RNTI), Cell Radio Network Temporary Identifier/Identity, Cell-RNTI (Cell-Radio Network Tempory Identity, C-RNTI).
In one implementation, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N.If The corresponding system parameter of M carrier wave is not exactly the same, then the first communication equipment is by the smallest load of system parameter in M carrier wave The co-located hypothesis information of standard of transmission signal on wave is determined as the first quasi- co-located hypothesis information.It is illustrated so that M is equal to 2 as an example, The corresponding SCS of carrier wave 1 is 15kHz, and the corresponding SCS of carrier wave 2 is 60kHz, then is reference with the SCS of 15kHz, sometime I, the signal transmitted on carrier wave 1 is PDSCH, and the signal transmitted on carrier wave 2 is CSI-RS, PDCCH and PDSCH, is at this time to protect PDSCH on card carrier wave 1 can do complete reception based on a QCL hypothesis, and the first communication equipment can be by the PDSCH on carrier wave 1 QCL assume information as above-mentioned first QCL assume information, thus according to the PDSCH on carrier wave 1 QCL assume information go to connect Record multiple channels or the signal on wave 1 and carrier wave 2.In NR system, system parameter is numerology, numerology Usually characterized by SCS.Therefore, the system parameter of two carrier waves is identical, and in other words, the SCS of two carrier waves is identical.Two The system parameter of carrier wave is different, and in other words, the SCS of two carrier waves is different.In the communication system of the following evolution, system parameter Other parameters can also be characterized as, the application is not especially limited.
Wherein, the corresponding system parameter of M carrier wave is not exactly the same refers to, there are at least two loads in M carrier wave The system parameter of wave is not identical.Determine that QCL assumes information according to the system parameter of N number of transmission signal on M carrier wave, and with right The QCL of the transmission signal of minimum system parameter has been answered to assume information as the first quasi- co-located hypothesis information, it is ensured that in M carrier wave Each transmission signal on each carrier wave can do complete reception based on a QCL hypothesis, so that N number of transmission signal can be improved Receptivity.
In another implementation, N number of transmission signal is carried on M carrier wave, if the corresponding system of M carrier wave Parameter of uniting is identical, then the first communication equipment is by the quasi- co-located vacation of the transmission signal in M carrier wave on the smallest carrier wave of carrier index If information is determined as the first quasi- co-located hypothesis information.Transmission signal on M carrier wave does not have the timesharing of apparent priority, begins Defaulted eventually using the co-located hypothesis information of standard of the transmission signal on the carrier wave of minimum carrier index as the first quasi- co-located hypothesis information, The reception complexity of communication equipment can be reduced.
It is illustrated so that M is equal to 2 as an example, the carrier index of carrier wave 1 is 0, and the carrier index of carrier wave 2 is 1, at some I is carved, the signal transmitted on carrier wave 1 is PDSCH, and the signal transmitted on carrier wave 2 is CSI-RS, PDCCH and PDSCH, then first The QCL of PDSCH on carrier wave 1 can be assumed that information assumes information as above-mentioned first QCL by communication equipment, thus according to carrier wave The QCL of PDSCH on 1 assumes that information goes to receive carrier wave 1 and multiple channels or signal on carrier wave 2.
In another implementation, N number of transmission signal is carried on M carrier wave, if the corresponding system of M carrier wave Parameter of uniting is identical, then the co-located hypothesis information of standard of the transmission signal in M carrier wave on main carrier is determined as by the first communication equipment First quasi- co-located hypothesis information.Transmission signal on usual main carrier is more important compared to the transmission signal on other carrier waves, And the control channel on main carrier can it is cross-carrier dispatch other carrier waves on Traffic Channel, therefore, the transmission on preferential main carrier The performance of N number of transmission signal on M carrier wave of signal maximizing.
It is illustrated so that M is equal to 2 as an example, carrier wave 1 is main carrier, and the signal transmitted on sometime i, carrier wave 1 is PDSCH, and the signal transmitted on carrier wave 2 is CSI-RS, PDCCH and PDSCH, then the first communication equipment can will be on carrier wave 1 The QCL of PDSCH assumes that information assumes information as above-mentioned first QCL, so that the QCL according to the PDSCH on carrier wave 1 assumes information It goes to receive carrier wave 1 and multiple channels or signal on carrier wave 2.
In another implementation, if in N number of transmission signal including common signal, the first communication equipment is by public letter Number co-located the hypothesiss information of standard be determined as the first co-located hypothesis information of standard.In the application, common signal includes synchronization signal block.Its In, synchronization signal block is the abbreviation (synchronization signal block includes synchronization signal and broadcast channel block) of synchronization signal, broadcast channel block, Synchronization signal block specifically includes primary synchronization signal, secondary synchronization signal, in the demodulated reference signal of broadcast channel and broadcast channel It is at least one.Common signal can also include that broadcasting service channel e.g. carries the PDSCH of system information, carry paging and disappear The PDSCH of breath, or carry the PDSCH etc. of random access response.Optionally, which is also possible to any other one The signal of broadcast type, is not specifically limited here.
Specifically, the first communication equipment is by the standard of the common signal if in N number of transmission signal including 1 common signal Co-located hypothesis information is determined as the first quasi- co-located hypothesis information.
If including that P common signal and P common signal are carried on O carrier wave in N number of transmission signal, first leads to The co-located hypothesis information of standard that main carrier in O carrier wave is indexed the transmission signal on corresponding carrier wave by letter equipment is determined as the first standard Co-located hypothesis information, P are the positive integer less than or equal to N and more than or equal to 2, and O is the positive integer less than or equal to P.
Alternatively, if including that P common signal and P common signal are carried on O carrier wave in N number of transmission signal, The co-located hypothesis information of standard of transmission signal in O carrier wave on the smallest carrier wave of carrier index is determined as the by the first communication equipment Surely co-located hypothesis information, P are the positive integer less than or equal to N and more than or equal to 2, and O is the positive integer less than or equal to P.
In other words, when the common signal in N number of transmission signal is respectively carried on multiple carrier waves, it is also necessary into one Step is come to select a carrier wave from this multiple carrier wave in conjunction with carrier index, and then by the standard of the transmission signal on the carrier wave of final choice Co-located hypothesis information is determined as the first quasi- co-located hypothesis information.
In another implementation, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N. If the corresponding system parameter of M carrier wave is not exactly the same and M carrier wave in the smallest carrier wave of system parameter include K, First communication equipment is by the co-located vacation of standard of the transmission signal of the highest priority of signal type on the smallest carrier wave of K system parameter If information is determined as the first quasi- co-located hypothesis information.The higher signal of priority is usually more important, this kind of implementation can The best performance for guaranteeing prior transmission signal, thus the performance of maximizing whole system.For example, with reference to Fig. 8 B, carrier wave 1 It is 15kHz with the corresponding SCS of carrier wave 3, and the corresponding SCS of carrier wave 2 is 60kHz, the signal transmitted on carrier wave 1 is PDSCH, and is carried The signal transmitted on wave 2 is CSI-RS, PDCCH and PDSCH, and the signal transmitted on carrier wave 3 is RS, the smallest carrier wave of system parameter Including carrier wave 1 and carrier wave 3, then using the signal type of PDSCH and RS as foundation, the QCL of the high PDSCH of selection signal type assumes Information assumes information as above-mentioned first QCL, to assume that information goes to receive carrier wave 1, load according to the QCL of the PDSCH on carrier wave 1 Multiple channels or signal on wave 2 and carrier wave 3.
In other words, when the smallest carrier wave of system parameter includes multiple, it is also necessary to further combined with the signal on carrier wave Type selects a transmission signal from the multiple transmission signals carried on this multiple carrier wave, and then by the transmission of final choice The co-located hypothesis information of standard of signal is determined as the first quasi- co-located hypothesis information.When the high transmission signal of signal type and other signals It is scheduled in when being transmitted in identical OFDM symbol, the QCL of the high transmission signal of signal type is preferentially assumed that information is made Assume that information goes to receive multiple signals for default QCL.
In another implementation, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N. If the corresponding system parameter of M carrier wave is not exactly the same and M carrier wave in the smallest carrier wave of system parameter include K, First communication equipment is by the co-located vacation of standard of the transmission signal in the smallest carrier wave of K system parameter on the smallest carrier wave of carrier index If information is determined as the first quasi- co-located hypothesis information, M is the positive integer less than or equal to N, and K is the positive integer less than or equal to M.In K Transmission signal on a carrier wave does not have the timesharing of apparent priority, is defaulted always with the transmission on the carrier wave of minimum carrier index The co-located hypothesis information of standard of signal can reduce the reception complexity of communication equipment as the first quasi- co-located hypothesis information.For example, ginseng See Fig. 8 B, carrier wave 1 and the corresponding SCS of carrier wave 3 are 15kHz, and the corresponding SCS of carrier wave 2 is 60kHz, the signal transmitted on carrier wave 1 For PDSCH, and the signal transmitted on carrier wave 2 is CSI-RS, PDCCH and PDSCH, and the signal transmitted on carrier wave 3 is RS, system ginseng The smallest carrier wave of number includes carrier wave 1 and carrier wave 3, then using the carrier index of carrier wave 1 and carrier wave 3 as foundation, selects carrier index small Carrier wave 1 on PDSCH QCL assume information as above-mentioned first QCL assume information, thus according to the PDSCH's on carrier wave 1 QCL assumes that information goes to receive carrier wave 1, carrier wave 2 and multiple channels or signal on carrier wave 3.
In other words, when the smallest carrier wave of system parameter includes multiple, it is also necessary to further combined with carrier index come from This multiple carrier wave selects a carrier wave, and then the co-located hypothesis information of standard of the transmission signal on the carrier wave of final choice is determined as First quasi- co-located hypothesis information.
In another implementation, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N. If the corresponding system parameter of M carrier wave is not exactly the same and M carrier wave in the smallest carrier wave of system parameter include K, The standard that main carrier in the smallest carrier wave of K system parameter is indexed the transmission signal on corresponding carrier wave by the first communication equipment is co-located Assuming that information is determined as the first quasi- co-located hypothesis information.Transmission signal on usual main carrier is compared to the transmission letter on other carrier waves It is number more important, and the control channel on main carrier can the cross-carrier Traffic Channel dispatched on other carrier waves, it is therefore, preferential main The performance of N number of transmission signal on transmission M carrier wave of signal maximizing on carrier wave.For example, with reference to Fig. 8 B, carrier wave 1 and load The corresponding SCS of wave 3 is 15kHz, and the corresponding SCS of carrier wave 2 is 60kHz, and the signal transmitted on carrier wave 1 is PDSCH, and carrier wave 2 The signal of upper transmission is CSI-RS, PDCCH and PDSCH, and the signal transmitted on carrier wave 3 is RS, the smallest carrier wave packet of system parameter Carrier wave 1 and carrier wave 3 are included, then the QCL of the PDSCH on main carrier 1 is selected to assume that information assumes information as above-mentioned first QCL, from And assume that information goes to receive the multiple channels or signal on carrier wave 1, carrier wave 2 and carrier wave 3 according to the QCL of the PDSCH on carrier wave 1.
In other words, when the smallest carrier wave of system parameter includes multiple, it is also necessary to further combined with carrier index come from A carrier wave is selected in this multiple carrier wave, and then the co-located hypothesis information of standard of the transmission signal on the carrier wave of final choice is determined For the first quasi- co-located hypothesis information.
In another implementation, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N. If the corresponding system parameter of M carrier wave is not exactly the same and M carrier wave in transmission letter on the smallest carrier wave of system parameter Number include L, then the transmission signal that the first communication equipment transmits the highest priority of signal type in signal for L it is quasi- co-located Assuming that information is determined as the first quasi- co-located hypothesis information, L is the positive integer less than or equal to N.The higher signal of priority is usually more More important, this kind of implementation can guarantee the best performance of prior transmission signal, thus maximizing whole system Performance.For example, with reference to Fig. 8 C, the corresponding SCS of carrier wave 1 is 15kHz, and the corresponding SCS of carrier wave 2 is 60kHz, is transmitted on carrier wave 1 Signal be CSI-RS and PDSCH, include 2 transmission signals on the smallest carrier wave 1 of system parameter, then with CSI-RS and PDSCH Signal type be foundation, the QCL of the high PDSCH of selection signal type assumes that information assumes information as above-mentioned first QCL, from And assume that information goes to receive the multiple channels or signal on carrier wave 1 and carrier wave 2 according to the QCL of the PDSCH on carrier wave 1.
In other words, when the transmission signal on the smallest carrier wave of system parameter includes multiple, it is also necessary to further combined with Signal type on carrier wave to select a transmission signal from this multiple transmission signal, and then by the transmission signal of final choice Co-located the hypothesiss information of standard be determined as the first co-located hypothesis information of standard.
In another implementation, if the corresponding signal type of N number of transmission signal includes at least two, the first communication The co-located hypothesis information of standard of the transmission signal of the highest priority of signal type in N number of transmission signal is determined as the first standard by equipment Co-located hypothesis information.In other words, the first communication equipment selects one according to the priority of signal type from N number of transmission signal The transmission signal of the highest priority of signal type, and then by the transmission signal of the highest priority of the signal type of final choice Co-located the hypothesiss information of standard be determined as the first co-located hypothesis information of standard.This kind of implementation also can guarantee prior transmission signal Best performance, thus the performance of maximizing whole system.
Optionally, the priority of signal type can be ranked up according to following rule.The priority of control signal is greater than Or the priority equal to service signal.The priority of service signal is greater than or equal to the priority of reference signal.Common signal Priority is greater than or equal to the priority of special signal.It is preferential that the priority of the high signal of service priority is greater than or equal to business The priority of the low signal of grade.The priority for being scheduled the signal of control without the network equipment (such as base station) is greater than or equal to need The network equipment is wanted to be scheduled the priority of the signal of control.The priority of the small signal of system parameter (such as SCS) be greater than or In the priority of the big signal of system parameter.
Optionally, for synchronization signal block (Synchronous Signal block, SSB), Physical Downlink Control Channel (Physical Downlink Control Channel, PDCCH), Physical Downlink Shared Channel (Physical Downlink Shared Channel, PDSCH), for the these types of downlink signal of reference signal (Reference Signal, RS), priority Relationship can be to meet one of priority relationship as shown in table 1 below or a variety of.Such as, without the 2nd row, only the 3rd row and When 4 row, following priority relationships are still set up.
Table 1
Priority Signal type
1 SSB
2 Broadcast the PDCCH/PDSCH of (Broadcast)
3 The PDCCH of unicast (unicast)
4 The PDSCH of unicast
5 RS
In table 1, priority number is smaller, and the priority of corresponding signal type is higher.
Further, different reference signal (Reference Signal, RS) can correspond to different priority.Example Such as, for the channel state information reference signals for carrying out Radio Link Detection (Radio Link Monitor, RLM) (Channel State Information Reference Signal, CSI-RS), for carrying out wave beam management (Beam Management, BM) CSI-RS, for carry out channel state information (Channel State Information, CSI) inspection The CSI-RS of survey, Phase Tracking reference signal (Phase Tracking Reference Signal, PTRS), time-frequency tracking ginseng It examines for the these types of reference signal of signal (Tracking Reference Signal, TRS), priority relationship can be satisfaction One of priority relationship as shown in table 2 below is a variety of.Such as, without the 2nd row, when only the 3rd row and 4 row, Xia Shuyou First grade relationship is still set up.
Table 2
Priority Signal type
1 CSI-RS for RLM
2 CSI-RS for BM
3 CSI-RS for CSI
4 PTRS、TRS
In table 2, priority number is smaller, and the priority of corresponding signal type is higher.
It optionally,, can be according to letter if the signal type on multiple carrier waves or multiple bandwidth blocks is identical in some transmission time Number when field type or time domain behavior distinguish signal priority, e.g., in some transmission time, when multiple carrier waves or multiple bandwidth It, can be according to the when field type of CSI-RS, that is, period CSI-RS, aperiodic CSI-RS is still when signal on block is all CSI-RS It is semi-statically configured CSI-RS and determines that the QCL of CSI-RS assumes priority, a kind of sequence of candidate priorities is: aperiodic CSI-RS is big It is semi-statically configured CSI-RS in being equal to, semi-static CSI-RS is more than or equal to period CSI-RS.Similarly, in some transmission time, when It, can be according to the when field type of SRS when signal on multiple carrier waves or multiple bandwidth blocks is all SRS, that is, period SRS, it is aperiodic SRS is still semi-statically configured SRS and determines that the QCL of SRS assumes priority, and a kind of sequence of candidate priorities is: aperiodic SRS is greater than Equal to SRS is semi-statically configured, semi-static SRS is more than or equal to period SRS etc., is not excluded for can having other sortords certainly, this In be not specifically limited.
In another embodiment, in some transmission time, if the signal type phase on multiple carrier waves or multiple bandwidth blocks Together, the priority of signal can be distinguished according to the resource index number of these signals, e.g., in some transmission time, when multiple carrier waves or When signal on multiple bandwidth blocks is all CSI-RS, it can determine that the QCL of CSI-RS is false according to the resource index number of multiple CSI-RS Setting priority, the method that the determination default QCL of candidate a kind of assumes are defaulted with the smallest CSI-RS of resource call number QCL assumes that the public QCL as these CSI-RS assumes.Similarly, in some transmission time, when multiple carrier waves or multiple bandwidth blocks On signal when being all SRS, the priority of signal can be distinguished according to the resource index number of these signals, e.g., in some transmission It carves, when the signal on multiple carrier waves or multiple bandwidth blocks is all SRS, can determine SRS's according to the resource index number of multiple SRS QCL assumes that priority, the method that the determination default QCL of candidate a kind of assumes are defaulted with the smallest SRS of resource call number QCL assume as these SRS public QCL hypothesis.
For random access channel (Random Access Channel, RACH), Physical Uplink Control Channel (Physical Uplink Control Channel, PUCCH), Physical Uplink Shared Channel (Physical Uplink Shared Channel, PUSCH), the these types of uplink letter of detection reference signal (Sounding Reference Signal, SRS) For number, priority relationship can be to meet one of priority relationship as shown in table 3 below or a variety of.Such as, without the 2nd Row, when only the 3rd row and 4 row, following priority relationships are still set up.
Table 3
Priority Signal type
1 RACH
2 PUCCH
3 PUSCH
4 SRS
In table 3, priority number is smaller, and the priority of corresponding signal type is higher.
Further, different SRS can correspond to different priority.For example, for for carrying out wave beam management (Beam Management, BM) SRS, for carry out non-code book (Non Codebook Based, NCB) transmission SRS, for carrying out For SRS these types SRS of code book (Codebook Based, CB) transmission, priority relationship can be as shown in table 4 below to meet One of priority relationship or a variety of.Such as, without the 1st row, when only the 2nd row and 3 row, following priority relationships are still It sets up.
Table 4
Priority Signal type
1 SRS for BM
2 SRS for NCB
3 SRS for CB
In table 4, priority number is smaller, and the priority of corresponding signal type is higher.In another implementation, if The corresponding signal type of N number of transmission signal is identical, then first communication equipment is by wireless network in N number of transmission signal The co-located hypothesis information of standard of the transmission signal of the highest priority of network identity type is determined as the described first quasi- co-located hypothesis information. The higher signal of the priority of wireless network identification type is usually more important, this kind of implementation can guarantee prior biography The best performance of defeated signal, thus the performance of maximizing whole system.
Optionally, the priority of wireless network identification type can be ranked up according to following rule.The nothing of downlink signal The priority of line network identity is greater than or equal to the priority of the wireless network identification of uplink signal.The high signal of service priority Wireless network identification priority be greater than or equal to the low signal of service priority wireless network identification priority.It is not necessarily to The priority that the network equipment (such as base station) is scheduled the wireless network identification of the signal of control, which is greater than or equal to, needs described the Two communication equipments are scheduled the priority of the wireless network identification of the signal of control.The wireless network identification of common signal it is excellent First grade is greater than or equal to the priority of the wireless network identification of special signal.
Optionally, the corresponding radio network temporary identifier of PDSCH (Radio Network Tempory Identity, RNTI) type is including but not limited to following several: paging-radio network temporary identifier (Paging-Radio Network Tempory Identity, P-RNTI), system information-radio network temporary identifier (System Information-Radio Network Tempory Identity, SI-RNTI), random access response-radio network temporary identifier (RACH Response-Radio Network Tempory Identity, RA-RNTI), configuration scheduling-radio network temporary identifier (Configued Scheduling-Radio Network Tempory Identity, CS-RNTI), cell-radio network face When identify (Cell-Radio Network Tempory Identity, C-RNTI).The priority of above-mentioned several RNTI types is closed System can be to meet one of priority relationship as shown in table 5 below or a variety of.Such as, without the 1st row, only the 2nd row and the 3rd When row, following priority relationships are still set up.
Table 5
Priority RNTI type
1 P-RNTI、SI-RNTI、RA-RNTI
2 CS-RNTI
3 C-RNTI
In table 5, priority number is smaller, and the priority of corresponding RNTI type is higher.
Optionally, the corresponding RNTI type of PDCCH is including but not limited to following several: P-RNTI, SI-RNTI, RA- RNTI, interrupt instruction-radio network temporary identifier (Interruption-Radio Network Tempory Identity, INT-RNTI), time slot format mark-radio network temporary identifier (Slot Format Indicator-Radio Network Tempory Identity, SFI-RNTI), CS-RNTI, C-RNTI, semi-static channel state information-radio network temporary identifier (Semi Persistent Channel State Information-Radio Network Tempory Identity, SP- CSI-RNTI), transimission power order-Physical Uplink Shared Channel-radio network temporary identifier (Transmission Power Command PUSCH-Radio Network Tempory Identity, TPC-PUSCH-RNTI), transimission power order-spy Survey reference signal-radio network temporary identifier (Transmission Power Command SRS-Radio Network Tempory Identity, TPC-SRS-RNTI).The priority relationship of above-mentioned several RNTI types can be satisfaction such as the following table 6 Shown in one of priority relationship or a variety of.Such as, without the 2nd row, when only the 3rd row and 4 row, following priority relationships Still it sets up.
Table 6
Priority RNTI type
1 P-RNTI、SI-RNTI、RA-RNTI
2 INT-RNTI
3 SFI-RNTI
4 CS-RNTI
5 C-RNTI
6 SP-CSI-RNTI
7 TPC-PUSCH-RNTI
8 TPC-SRS-RNTI
In table 6, priority number is smaller, and the priority of corresponding RNTI type is higher.
Optionally, the corresponding radio network temporary identifier of PUSCH (Radio Network Tempory Identity, RNTI) type is including but not limited to following several: CS-RNTI, C-RNTI, SP-CSI-RNTI.Above-mentioned several RNTI types it is excellent First grade relationship can be to meet one of priority relationship as shown in table 7 below or a variety of.Such as, without the 1st row, only the 2nd When capable and 3 row, following priority relationships are still set up.
Table 7
Priority RNTI type
1 CS-RNTI
2 C-RNTI
3 SP-CSI-RNTI
In table 7, priority number is smaller, and the priority of corresponding RNTI type is higher.
Optionally, it when determining that the first QCL assumes information, may refer to one or more excellent as shown in the following table 8 or table 9 First grade rule come determine the first QCL assume information.
Table 8
Table 9
In above-mentioned table 8 or table 9, priority 1, then determine default QCL it is assumed that working as base first, in accordance with priority 1 if it exists When the smallest carrier wave of SCS that priority 1 is determined is multiple carrier waves, determine that default QCL assumes according still further to priority 2.Its In, control resource collection (CORESET) is one piece of running time-frequency resource in control area.
" network equipments configuration default QCL assumes " means the tune that multiple signals are carried out by the network equipment in above-mentioned table Degree, e.g., when there is SSB, UE default assumes that not having QCL assumes different other signals and SSB in a moment simultaneous interpretation.That is, When other signals and SSB simultaneous transmission, the QCL hypothesis of the two of default is identical.
It optionally, can also be by main load when the type of the RNTI of multiple signals is P-RNTI/SI-RNTI/RA-RNTI The QCL of transmission signal on wave or the smallest carrier wave of carrier index assumes that information assumes information as above-mentioned first QCL.
Above-mentioned a variety of implementations can be with any combination, for example, the first communication equipment is first according to the system parameter of carrier wave The QCL of the transmission signal on the smallest carrier wave of system parameter is selected to assume information, if the transmission on the smallest carrier wave of system parameter Signal include it is multiple, further from this it is multiple transmission signals in selection signal type highest priority transmission signals, if The transmission signal of the highest priority of signal type include it is multiple, further from the highest priority of this multiple signal type The transmission signal for selecting RNTI highest priority in signal is transmitted, the QCL of the transmission signal of final choice is assumed that information determines Information is assumed for the first QCL.Alternatively, the first communication equipment is according on the smallest carrier wave of system parameter selection system parameter of carrier wave Transmission signal, if the transmission signal on the smallest carrier wave of system parameter include it is multiple, further from this multiple system parameter Selection carries the carrier wave of common signal in the smallest carrier wave, and then the QCL of the transmission signal on the carrier wave of final choice is false If information, which is determined as the first QCL, assumes information.
It should be understood that above-mentioned a variety of implementations, in combination, the sequence of multiple implementations can be any adjustable, and e.g., first Communication equipment first can also assume information according to the QCL of the transmission signal of the highest priority of signal type in multiple transmission signals, If the transmission signal of highest priority has multiple and these transmission signals to be located on different carrier waves, according further to carrier wave The QCL of transmission signal on the smallest carrier wave of system parameter selection system parameter assumes information, and the transmission of final choice is believed Number QCL assume information be determined as the first QCL assume information.
Alternatively, the first communication equipment first can assume letter according to the QCL of the transmission signal in multiple transmission signals on main carrier Breath, if the transmission signal on main carrier include it is multiple, further from this it is multiple transmission signals in selection signal type it is preferential The highest transmission signal of grade, if the transmission signal of the highest priority of signal type include it is multiple, further from this multiple letter The transmission signal that RNTI highest priority is selected in the transmission signal of the highest priority of number type, the transmission of final choice is believed Number QCL assume information be determined as the first QCL assume information.
Alternatively, the first communication equipment can first be believed according to the transmission of the highest priority of signal type in multiple transmission signals Number, if the transmission signal of the highest priority of signal type include it is multiple, further from the priority of this multiple signal type The transmission signal of RNTI highest priority is selected in highest transmission signal, if the transmission signal of RNTI highest priority includes more It is a, the QCL of the transmission signal in multiple transmission signals on main carrier is further assumed that information is determined as the first QCL and assumes letter Breath.
It is set in addition, the first communication equipment assumes that information determines also further to communicate with first to the QCL of multiple transmission signals Standby ability, such as, if there is ability of multiple antennas panel etc. related, it, can when the first communication equipment has mutiple antennas panel To assume that information goes to receive this multiple signal with different QCL on different aerial panels a moment.Therefore, first is logical Believe that the QCL that equipment determines assumes that information may include at least two.Here, it is not specifically limited.
It should be noted that the first communication equipment can be terminal in aforementioned several implementations, it is also possible to network and sets It is standby.
Optionally, the flexibility being arranged, the network equipment are assumed to further increase the QCL of multiple signals on different carrier waves It can indicate that the corresponding QCL of some transmission signal in multiple transmission signals assumes information by explicit or implicit mode It will be assumed that information, terminal determine that the QCL by some transmission signal assumes letter according to the instruction of the network equipment as the first QCL Breath is determined as the first QCL and assumes information.
Specifically, the first communication equipment receives the carrier index that the second communication equipment is sent, here, the first communication equipment can To be terminal, the second communication equipment can be the network equipment.The carrier index that first communication equipment sends the second communication equipment The co-located hypothesis information of standard of first transmission signal on corresponding carrier wave is determined as the first quasi- co-located hypothesis information.It that is to say Say, the network equipment be terminal configuration as default QCL carrier wave, terminal will network equipments configuration default QCL carrier wave on The QCL of first transmission signal assumes that information assumes information as the first QCL.Lead to specifically, the first communication equipment receives second The mode for the carrier index that letter equipment is sent may is that the first communication equipment receives the radio resource control that the second communication equipment is sent Make (Radio Resource Control, RRC) signaling and/or Downlink Control Information (Downlink control Information, DCI), carrier index is carried in the RRC signaling or DCI.For example, in sometime i, when base station is in carrier wave 1 On when having the demand of scanning beam, configuration carrier wave 1 gives UE, (is assumed to be to UE based on first transmission signal on carrier wave 1 CSI-RS QCL) assumes to remove to receive multiple signals on multiple carrier waves as default assumption.
Alternatively, the first communication equipment receives the carrier index that the second communication equipment is sent and signal type index, first is logical Signal type on the corresponding carrier wave of carrier index that second communication equipment is sent is indexed the corresponding signal that transmits by letter equipment Quasi- co-located hypothesis information is determined as the first quasi- co-located hypothesis information.In other words, the network equipment is the load of terminal allocating default QCL Signal type on the carrier wave of the default QCL of network equipments configuration is indexed corresponding transmission signal by wave and signal, terminal QCL assumes that information assumes information as the first QCL.Specifically, the first communication equipment receives the carrier wave that the second communication equipment is sent The mode of index and signal type index may is that the first communication equipment receives the wireless heterogeneous networks that the second communication equipment is sent (Radio Resource Control, RRC) signaling and/or Downlink Control Information (Downlink control Information, DCI), carrier index and signal type index are carried in the RRC signaling or DCI.For example, in sometime i, When there is the demand of scanning beam in base station on carrier 1, carrier wave 1 and CSI-RS for BM are configured to UE, is based on carrying to UE The QCL of CSI-RS on wave 1 assumes to go to receive multiple signals on multicarrier as default assumption.
Alternatively, the first communication equipment receives the system parameter index and carrier index that the second communication equipment is sent, first is logical The standard that the system parameter that second communication equipment is sent indexes the transmission signal on carrier wave corresponding with carrier index is total to by letter equipment Assume that information is determined as the first quasi- co-located hypothesis information in location.In NR system, a SCS index can correspond to multiple carrier index, Here carrier index can be absolute carrier index value, be also possible to opposite carrier index value, for example, SCS1 is corresponding Absolute carrier index is CC1, CC2, CC3, CC7, and opposite carrier index is 0,1,2,3.The corresponding absolute carrier of SCS2, which indexes, is CC4, CC5, CC6, CC8, opposite carrier index are 0,1,2,3.In sometime i, when in carrier wave 1, (absolute indices are for base station When having the demand of scanning beam on CC1), SCS1 and carrier wave 1 are configured to UE, to UE based on the carrier wave 1 inside SCS1 The QCL of transmission signal assumes to remove to receive multiple signals on multiple carrier waves as default assumption.
S702, the second communication equipment send U transmission signal, and the first communication equipment is quasi- co-located according to first at the first moment Assuming that information receives U transmission signal, the U transmission signal is some or all of in N number of transmission signal, U is small In the positive integer for being equal to N.
In the embodiment of the present invention, U can be equal to N, i.e. the second communication equipment sends N number of transmission signal, the first communication Equipment receives N number of transmission signal according to the first quasi- co-located hypothesis information at the first moment.
Alternatively, U can be less than N, i.e. the second communication equipment sends the part signal in N number of transmission signal, and first is logical Letter equipment receives N number of part signal transmitted in signal according to the first quasi- co-located hypothesis information at the first moment.
In embodiments of the present invention, the first moment can refer in communication transmission process an instantaneous position or it is instantaneous when Between, it can also be characterized as time quantum, which can be subframe (Subframe), time slot (slot), symbol (symbol) time domain units such as.For example, the first moment can be characterized as one or more orthogonal frequency division multiplexing (Orthogonal Frequency Division Multiplexing, OFDM) symbol, the first moment can also be characterized as one or more time slots, First moment can also be characterized as one or more subframes.In the embodiment of the present invention, N number of transmission signal is in receiving time There is intersection (overlap).Due to need and meanwhile receive multiple signals on multiple carrier waves, although from the point of view of in time they It is that needs are received simultaneously, still
In the embodiment of the present invention, the corresponding subframe/time slot of unlike signal/symbol may be inconsistent, and therefore, it is necessary to connect simultaneously The multiple signals received are it can be appreciated that in regular hour point or need received signal in the period.The embodiment of the present invention In, at least two transmission signals in N number of transmission signal have intersection at least one time quantum (e.g. a, OFDM symbol) Or overlapping.For example, signal 1 and signal 3 overlap in receiving time in Figure 1A, the first communication equipment needs right simultaneously The two signals are received.Alternatively, signal 1 and signal 3- signal 6 overlap in receiving time in Figure 1B, first is logical Letter equipment needs simultaneously to receive this five signals.First moment can be with any one reception in N number of reception signal It is characterized on the basis of subframe/time slot/symbol where signal.For example, the first moment can be understood as on carrier wave 1 in Figure 1A The occupied subframe/time slot/symbol of signal 1.First moment can also be with the smallest load of SCS of carrier wave in N number of transmission signal It is characterized on the basis of subframe/time slot/symbol where transmission signal on wave.For example, the first moment can be understood as in Figure 1B It is subframe/time slot/symbol where the signal 1 on carrier wave 1.
In the embodiment of the present invention, configuration information can be stored in advance in the first communication equipment, and the configuration information is silent for determining Recognize QCL and assumes information.It should be understood that the configuration information can be by table, the mode of formula or predefined rule is deposited Storage, can also otherwise be stored, be not specifically limited here.The configuration information may include at least one in following Kind: using on system parameter (such as SCS) the smallest carrier wave transmission signal QCL assume information as default QCL hypothesis information, Using the QCL of the transmission signal on the smallest carrier wave of carrier index assume information as default QCL hypothesis information, will be on main carrier The QCL for transmitting signal assumes that information assumes information as default QCL, the highest priority of signal type is transmitted signal QCL assume information as default QCL assume information, using the highest priority of RNTI transmission signal QCL hypothesis information as Default QCL to assume information, the QCL of the transmission signal on the carrier wave of network equipments configuration is assumed that information is assumed as default QCL The QCL of the transmission signal of network equipments configuration on the carrier wave of network equipments configuration is assumed that information is assumed as default QCL by information Information.It should be understood that above-mentioned various configurations information is when being combined, the sequence of various configurations information is adjustable.Wherein, it implements Mode can refer to the description of previous embodiment, and details are not described herein again.Optionally, the present embodiment can individually be implemented.
The application is shown referring to Fig. 9, Fig. 9 a kind of wireless communication system, the first communication equipment and the second communication are provided set It is standby.Wireless communication system 400 includes: the first communication equipment 500 and the second communication equipment 600.Wherein, the first communication equipment 500 It can be the network equipment 101 or terminal 103 in Fig. 2 embodiment, correspondingly, the second communication equipment 600 can be Fig. 2 embodiment In terminal 103 or the network equipment 101, wireless communication system 400 can be Fig. 2 description wireless communication system 100.Divide below It does not describe.
As shown in figure 9, the first communication equipment 500 can include: determination unit 501 and receiving unit 502.
Wherein it is determined that unit 501, for determining the first quasi- co-located hypothesis information according to the first parameter of N number of transmission signal, First parameter include carrier index, system parameter, signal type, wireless network identification type, when field type or resource rope At least one of draw, N is the positive integer more than or equal to 2.
Receiving unit 502, for receiving U transmission signal according to the described first quasi- co-located hypothesis information at the first moment, The U transmission signal is some or all of in N number of transmission signal, U is the positive integer less than or equal to N.
Optionally, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N；
The determination unit 501 is specifically used for:
If the corresponding system parameter of M carrier wave is not exactly the same, most by system parameter in the M carrier wave The co-located hypothesis information of standard of transmission signal on small carrier wave is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is identical, most by carrier index in the M carrier wave The co-located hypothesis information of standard of transmission signal on small carrier wave is determined as the described first quasi- co-located hypothesis information；
It, will be in the M carrier wave on main carrier alternatively, if the corresponding system parameter of M carrier wave is identical The co-located hypothesis information of standard of transmission signal is determined as the described first quasi- co-located hypothesis information.
Optionally, the determination unit 501 is specifically used for:
If in N number of transmission signal including common signal, the co-located hypothesis information of standard of the common signal is determined For the described first quasi- co-located hypothesis information.
Optionally, the determination unit 501 is specifically used for:
It is if in N number of transmission signal including 1 common signal, the co-located hypothesis information of standard of the common signal is true It is set to the described first quasi- co-located hypothesis information；
If including that P common signal and the P common signal are carried on O carrier wave in N number of transmission signal, The co-located hypothesis information of standard that main carrier in the O carrier wave is then indexed to the transmission signal on corresponding carrier wave is determined as described the Surely co-located hypothesis information, P are the positive integer less than or equal to N and more than or equal to 2, and O is the positive integer less than or equal to P；
Alternatively, if including that P common signal and the P common signal are carried on O load in N number of transmission signal On wave, then the co-located hypothesis information of standard of the transmission signal in the O carrier wave on the smallest carrier wave of carrier index is determined as institute The first quasi- co-located hypothesis information is stated, P is the positive integer less than or equal to N and more than or equal to 2, and O is the positive integer less than or equal to P.
Optionally, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N；
The determination unit 501 is specifically used for:
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave include K, then the highest priority of signal type on the smallest carrier wave of K system parameter is transmitted into signal Quasi- co-located hypothesis information is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter The smallest carrier wave includes K, then believes the transmission in the smallest carrier wave of K system parameter on the smallest carrier wave of carrier index Number co-located the hypothesiss information of standard be determined as the co-located hypothesis information of first standard；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter The smallest carrier wave includes K, then main carrier in the smallest carrier wave of K system parameter is indexed the transmission on corresponding carrier wave The co-located hypothesis information of standard of signal is determined as the described first quasi- co-located hypothesis information；Wherein, the K is just whole less than or equal to M Number.
Optionally, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N；
The determination unit 501 is specifically used for:
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave on transmission signal include L, then by the transmission signal of the highest priority of signal type in described L transmission signal Co-located the hypothesiss information of standard be determined as the described first quasi- co-located hypothesis information, L is the positive integer less than or equal to N.
Optionally, the determination unit 501 is specifically used for:
If the corresponding signal type of N number of transmission signal includes at least two, by signal in N number of transmission signal The co-located hypothesis information of standard of the transmission signal of the highest priority of type is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, by wireless network in N number of transmission signal The co-located hypothesis information of standard of the transmission signal of the highest priority of network identity type is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, by time domain class in N number of transmission signal The co-located hypothesis information of standard of the transmission signal of type highest priority is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, by resource rope in N number of transmission signal The co-located hypothesis information of standard for drawing the smallest transmission signal is determined as the described first quasi- co-located hypothesis information.
Optionally, the priority for controlling signal is greater than or equal to the priority of service signal；
Alternatively, the priority of service signal is greater than or equal to the priority of reference signal；
Alternatively, the priority of common signal is greater than or equal to the priority of special signal；
Alternatively, the priority of the high signal of service priority is greater than or equal to the priority of the low signal of service priority；
Described second is needed alternatively, being greater than or equal to without the priority that the second communication equipment is scheduled the signal of control Communication equipment is scheduled the priority of the signal of control；
Alternatively, the priority of the small signal of system parameter is greater than or equal to the priority of the big signal of system parameter.
Optionally, the priority of synchronization signal block SSB is more than or equal to the preferential of the physical downlink control channel PDCCH of broadcast Grade；
Alternatively, the priority of SSB is more than or equal to the priority of the Physical Downlink Shared Channel PDSCH of broadcast；
Alternatively, the priority of the PDCCH of broadcast is more than or equal to the priority of the PDCCH of unicast；
Alternatively, the priority of the PDSCH of broadcast is more than or equal to the priority of the PDSCH of unicast；
Alternatively, the priority of the PDCCH/PDSCH of unicast is more than or equal to the priority of reference signal；
Alternatively, the priority of the channel state information reference signals CSI-RS for carrying out Radio Link Detection RLM is greater than Equal to the priority of the CSI-RS for carrying out wave beam management BM；
Alternatively, the priority of the CSI-RS for carrying out BM is more than or equal to for carrying out channel state information CSI detection The priority of CSI-RS；
Alternatively, the priority of the CSI-RS for carrying out CSI detection is excellent more than or equal to Phase Tracking reference signal PTRS First grade/time-frequency track reference signal TRS priority；
Alternatively, the priority of random access channel RACH is more than or equal to the priority of Physical Uplink Control Channel PUCCH；
Alternatively, the priority of PUCCH is more than or equal to the priority of Physical Uplink Shared Channel PUSCH；
Alternatively, the priority of PUSCH is more than or equal to the priority of Sounding Reference Signal SRS；
Alternatively, the priority of the SRS for carrying out BM is more than or equal to the preferential of the SRS for carrying out non-code book transmission NCB Grade；
Alternatively, the priority of the SRS for carrying out non-code book transmission NCB is more than or equal to for carrying out code book transmission CB's The priority of SRS.
Optionally, the priority of the wireless network identification of downlink signal is greater than or equal to the wireless network identification of uplink signal Priority；
Alternatively, to be greater than or equal to service priority low for the priority of the wireless network identification of the high signal of service priority The priority of the wireless network identification of signal；
Alternatively, the priority for being scheduled the wireless network identification of the signal of control without the second communication equipment is greater than or waits The priority of the wireless network identification of the signal of control is scheduled in needs second communication equipment；
Alternatively, the priority of the wireless network identification of common signal is greater than or equal to the wireless network identification of special signal Priority.
Optionally, if the corresponding signal type of N number of transmission signal is PDSCH ,-radio network temporary identifier is paged The priority of P-RNTI is more than or equal to system information-radio network temporary identifier SI-RNTI priority；
Alternatively, the priority of SI-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDSCH Random access response-radio network temporary identifier RA-RNTI priority；
Alternatively, the priority of RA-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDSCH The priority of CS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDSCH The priority of Cell Radio Network Temporary Identifier/Identity, Cell-RNTI C-RNTI；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, P-RNTI/SI-RNTI/RA-RNTI Priority be more than or equal to interrupt instruction-radio network temporary identifier INT-RNTI priority；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, and the priority of INT-RNTI is greater than etc. In time slot format mark-radio network temporary identifier SFI-RNTI priority；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, and the priority of SFI-RNTI is greater than etc. In configuration scheduling-radio network temporary identifier CS-RNTI priority；
Alternatively, the priority of CS-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDCCH The priority of C-RNTI；
Alternatively, the priority of C-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDCCH Semi-static channel state information-radio network temporary identifier SP-CSI-RNTI priority；
Alternatively, the priority of SP-CSI-RNTI is greater than if the corresponding signal type of N number of transmission signal is PDCCH Equal to the priority of transimission power order-Physical Uplink Shared Channel-radio network temporary identifier TPC-PUSCH-RNTI；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, the priority of TPC-PUSCH-RNTI More than or equal to the priority of transimission power order-detection reference signal-radio network temporary identifier TPC-SRS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PUSCH The priority of C-RNTI；
Alternatively, the priority of C-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PUSCH The priority of SP-CSI-RNTI.
Optionally, the receiving unit 502 is also used to determine the first standard according to the first parameter in the determination unit 501 Before co-located hypothesis information, the carrier index that the second communication equipment is sent is received；
The determination unit 501 is specifically used for:
The standard of first transmission signal on the corresponding carrier wave of carrier index that second communication equipment is sent is co-located Assuming that information is determined as the described first quasi- co-located hypothesis information；
Alternatively, the receiving unit 502, is also used to determine that first is quasi- total according to the first parameter in the determination unit 501 Before information is assumed in location, the carrier index and signal type index that the second communication equipment is sent are received；
The determination unit 501 is specifically used for:
The signal type indexes corresponding biography on the corresponding carrier wave of carrier index that second communication equipment is sent The co-located hypothesis information of standard of defeated signal is determined as the described first quasi- co-located hypothesis information；
Alternatively, the receiving unit 502, is also used to determine that first is quasi- total according to the first parameter in the determination unit 501 Before information is assumed in location, the system parameter index and carrier index that the second communication equipment is sent are received；
The determination unit 501 is specifically used for:
The system parameter that second communication equipment is sent indexes the transmission signal on carrier wave corresponding with carrier index Co-located the hypothesiss information of standard be determined as the co-located hypothesis information of first standard.
It should be understood that the specific implementation for each functional unit for including about the first communication equipment 400, before can referring to Embodiment is stated, which is not described herein again.
As shown in figure 9, the second communication equipment 600 can include: transmission unit 601.
Wherein, transmission unit 601, for sending N number of transmission signal, the co-located hypothesis information of standard of N number of transmission signal Not exactly the same, the first parameter of N number of transmission signal determines the first quasi- co-located hypothesis information, institute for the first communication equipment It states the first quasi- co-located hypothesiss information and is used for first communication equipment in U transmission signal of first reception, described the One parameter include carrier index, system parameter, signal type, wireless network identification type, when field type or resource index in At least one, N are positive integer more than or equal to 2, the U transmission signal for some or all of in N number of transmission signal, U is the positive integer less than or equal to N.
Optionally, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N；
If the corresponding system parameter of M carrier wave is not exactly the same, first communication equipment is by the M The co-located hypothesis information of standard of transmission signal in carrier wave on the smallest carrier wave of system parameter is determined as the described first quasi- co-located hypothesis Information；
Alternatively, first communication equipment is by the M if the corresponding system parameter of M carrier wave is identical The co-located hypothesis information of standard of transmission signal in carrier wave on the smallest carrier wave of carrier index is determined as the described first quasi- co-located hypothesis Information；
Alternatively, first communication equipment is by the M if the corresponding system parameter of M carrier wave is identical The co-located hypothesis information of standard of transmission signal in carrier wave on main carrier is determined as the described first quasi- co-located hypothesis information.
Optionally, if in N number of transmission signal including common signal, first communication equipment is by the public letter Number co-located the hypothesiss information of standard be determined as the co-located hypothesis information of first standard.
Optionally, if in N number of transmission signal including 1 common signal, first communication equipment is by the public affairs The co-located hypothesis information of standard of signal is determined as the described first quasi- co-located hypothesis information altogether；
If including that P common signal and the P common signal are carried on O carrier wave in N number of transmission signal, Then main carrier in the O carrier wave is indexed the co-located hypothesis of standard of the transmission signal on corresponding carrier wave by first communication equipment Information is determined as the described first quasi- co-located hypothesis information, and P is the positive integer less than or equal to N and more than or equal to 2, and O is less than or equal to P Positive integer；
Alternatively, if including that P common signal and the P common signal are carried on O load in N number of transmission signal On wave, then first communication equipment is co-located by the standard of the transmission signal in the O carrier wave on the smallest carrier wave of carrier index Assuming that information is determined as the described first quasi- co-located hypothesis information, P be less than or equal to N and be more than or equal to 2 positive integer, O be less than Positive integer equal to P.
Optionally, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N；
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave include K, then first communication equipment is by the priority of signal type on the smallest carrier wave of K system parameter The co-located hypothesis information of standard of highest transmission signal is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter The smallest carrier wave includes K, then first communication equipment is minimum by carrier index in the smallest carrier wave of K system parameter Carrier wave on co-located the hypothesiss information of standard of transmission signal be determined as the co-located hypothesis information of first standard；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter The smallest carrier wave includes K, then first communication equipment indexes main carrier in the smallest carrier wave of K system parameter pair The co-located hypothesis information of standard of transmission signal on the carrier wave answered is determined as the described first quasi- co-located hypothesis information；Wherein, the K is Positive integer less than or equal to M.
Optionally, N number of transmission signal is carried on M carrier wave, and M is the positive integer less than or equal to N；
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave on transmission signal include L, then first communication equipment by described L transmission signal signal type it is preferential The co-located hypothesis information of standard of the highest transmission signal of grade is determined as the described first quasi- co-located hypothesis information, and L is just less than or equal to N Integer.
Optionally, if the corresponding signal type of N number of transmission signal includes at least two, first communication equipment The quasi- co-located hypothesis information of the transmission signal of the highest priority of signal type in N number of transmission signal is determined as described the Surely co-located hypothesis information；
Alternatively, first communication equipment will be described N number of if the corresponding signal type of N number of transmission signal is identical The quasi- co-located hypothesis information of the transmission signal of the highest priority of wireless network identification type is determined as described the in transmission signal Surely co-located hypothesis information；
Alternatively, first communication equipment will be described N number of if the corresponding signal type of N number of transmission signal is identical The co-located hypothesis information of standard of the highest transmission signal of time domain type priority grade is determined as the described first quasi- co-located vacation in transmission signal If information；
Alternatively, first communication equipment will be described N number of if the corresponding signal type of N number of transmission signal is identical The co-located hypothesis information of standard of the smallest transmission signal of resource index is determined as the described first quasi- co-located hypothesis information in transmission signal.
Optionally, the priority for controlling signal is greater than or equal to the priority of service signal；
Alternatively, the priority of service signal is greater than or equal to the priority of reference signal；
Alternatively, the priority of common signal is greater than or equal to the priority of special signal；
Alternatively, the priority of the high signal of service priority is greater than or equal to the priority of the low signal of service priority；
The communication is needed alternatively, being greater than or equal to without the priority that the communication equipment is scheduled the signal of control Equipment is scheduled the priority of the signal of control；
Alternatively, the priority of the small signal of system parameter is greater than or equal to the priority of the big signal of system parameter.
Optionally, the priority of synchronization signal block SSB is more than or equal to the preferential of the physical downlink control channel PDCCH of broadcast Grade；
Alternatively, the priority of SSB is more than or equal to the priority of the Physical Downlink Shared Channel PDSCH of broadcast；
Alternatively, the priority of the PDCCH of broadcast is more than or equal to the priority of the PDCCH of unicast；
Alternatively, the priority of the PDSCH of broadcast is more than or equal to the priority of the PDSCH of unicast；
Alternatively, the priority of the PDCCH/PDSCH of unicast is more than or equal to the priority of reference signal；
Alternatively, the priority of the channel state information reference signals CSI-RS for carrying out Radio Link Detection RLM is greater than Equal to the priority of the CSI-RS for carrying out wave beam management BM；
Alternatively, the priority of the CSI-RS for carrying out BM is more than or equal to for carrying out channel state information CSI detection The priority of CSI-RS；
Alternatively, the priority of the CSI-RS for carrying out CSI detection is excellent more than or equal to Phase Tracking reference signal PTRS First grade/time-frequency track reference signal TRS priority；
Alternatively, the priority of random access channel RACH is more than or equal to the priority of Physical Uplink Control Channel PUCCH；
Alternatively, the priority of PUCCH is more than or equal to the priority of Physical Uplink Shared Channel PUSCH；
Alternatively, the priority of PUSCH is more than or equal to the priority of Sounding Reference Signal SRS；
Alternatively, the priority of the SRS for carrying out BM is more than or equal to the preferential of the SRS for carrying out non-code book transmission NCB Grade；
Alternatively, the priority of the SRS for carrying out non-code book transmission NCB is more than or equal to for carrying out code book transmission CB's The priority of SRS.
Optionally, the priority of the wireless network identification of downlink signal is greater than or equal to the wireless network identification of uplink signal Priority；
Alternatively, to be greater than or equal to service priority low for the priority of the wireless network identification of the high signal of service priority The priority of the wireless network identification of signal；
Alternatively, the priority for being scheduled the wireless network identification of the signal of control without the communication equipment is greater than or waits The priority of the wireless network identification of the signal of control is scheduled in the needs communication equipment；
Alternatively, the priority of the wireless network identification of common signal is greater than or equal to the wireless network identification of special signal Priority.
Optionally, if the corresponding signal type of N number of transmission signal is PDSCH ,-radio network temporary identifier is paged The priority of P-RNTI is more than or equal to system information-radio network temporary identifier SI-RNTI priority；
Alternatively, the priority of SI-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDSCH Random access response-radio network temporary identifier RA-RNTI priority；
Alternatively, the priority of RA-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDSCH The priority of CS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDSCH The priority of Cell Radio Network Temporary Identifier/Identity, Cell-RNTI C-RNTI；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, P-RNTI/SI-RNTI/RA-RNTI Priority be more than or equal to interrupt instruction-radio network temporary identifier INT-RNTI priority；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, and the priority of INT-RNTI is greater than etc. In time slot format mark-radio network temporary identifier SFI-RNTI priority；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, and the priority of SFI-RNTI is greater than etc. In configuration scheduling-radio network temporary identifier CS-RNTI priority；
Alternatively, the priority of CS-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDCCH The priority of C-RNTI；
Alternatively, the priority of C-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDCCH Semi-static channel state information-radio network temporary identifier SP-CSI-RNTI priority；
Alternatively, the priority of SP-CSI-RNTI is greater than if the corresponding signal type of N number of transmission signal is PDCCH Equal to the priority of transimission power order-Physical Uplink Shared Channel-radio network temporary identifier TPC-PUSCH-RNTI；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, the priority of TPC-PUSCH-RNTI More than or equal to the priority of transimission power order-detection reference signal-radio network temporary identifier TPC-SRS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PUSCH The priority of C-RNTI；
Alternatively, the priority of C-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PUSCH The priority of SP-CSI-RNTI.
Optionally, the transmission unit 601 is also used to before sending N number of transmission signal, the first communication equipment of Xiang Suoshu Carrier index is sent, the carrier index that the transmission unit is sent sends the transmission unit for first communication equipment The corresponding carrier wave of carrier index on co-located the hypothesiss information of standard of first transmission signal be determined as the co-located vacation of first standard If information；
Alternatively, the transmission unit 601, is also used to before sending N number of transmission signal, the first communication equipment of Xiang Suoshu hair Carrier index and signal type is sent to index, carrier index and the signal type index that the transmission unit is sent are used for described first The signal type indexes corresponding transmission letter on the corresponding carrier wave of the carrier index that communication equipment sends the transmission unit Number co-located the hypothesiss information of standard be determined as the co-located hypothesis information of first standard；
Alternatively, the transmission unit 601, is also used to before sending N number of transmission signal, the first communication equipment of Xiang Suoshu hair System parameter index and carrier index are sent, the system parameter index and carrier index that the transmission unit is sent are used for described first The system parameter that communication equipment sends the transmission unit indexes the standard of the transmission signal on carrier wave corresponding with carrier index Co-located hypothesis information is determined as the described first quasi- co-located hypothesis information.
It should be understood that the specific implementation for each functional unit for including about the second communication equipment 600, before can referring to Embodiment is stated, which is not described herein again.
A kind of structural schematic diagram of communication chip provided by the present application is shown referring to Figure 10, Figure 10.As shown in Figure 10, lead to Believe chip 100 can include: processor 1001, and it is coupled in one or more interfaces 1002 of processor 1001.Wherein:
Processor 1001 can be used for reading and executing computer-readable instruction.In the specific implementation, processor 1001 can be main Including controller, arithmetic unit and register.Wherein, controller is mainly responsible for Instruction decoding, and to instruct corresponding operation to issue Control signal.Arithmetic unit is mainly responsible for execution fixed point or the operation of floating-point arithmetic operator, shifting function and logical operation etc., can also To execute address arithmetic and conversion.Register be mainly responsible for save in execution process instruction the register operand temporarily stored and Intermediary operation result etc..In the specific implementation, the hardware structure of processor 1001 can be specific integrated circuit (Application Specific Integrated Circuits, ASIC) framework, MIPS framework, ARM framework or NP framework etc..Processor 1001 can be monokaryon, be also possible to multicore.
Interface 1002 can be used for inputting data to be processed to processor 1001, and can output processor 1001 outward Processing result.In the specific implementation, interface 1002 can be universal input output (General Purpose Input Output, GPIO) interface, it can be with multiple peripheral equipments (such as display (LCD), camera (camara), radio frequency (Radio Frequency, RF) module etc.) connection.Interface 1002 is connected by bus 1003 with processor 1001.
In the application, what processor 1001 can be used for that one or more embodiments of the application is called to provide from memory Method for transmitting signals and executes the instruction that the program includes in the realization program of communication equipment side.Interface 1002 can be used for exporting The implementing result of processor 1001.In the application, interface 1002 can be specifically used for the resource allocation result of output processor 1001. The method for transmitting signals that one or more embodiments about the application provide can refer to foregoing individual embodiments, no longer superfluous here It states.
It should be noted that processor 1001, the corresponding function of interface 1002 can both be realized by hardware design, It can be realized, can also be realized by way of software and hardware combining, here with no restriction by software design.
The description and claims of this application and term " first ", " second ", " third " and " in the attached drawing Four " etc. are not use to describe a particular order for distinguishing different objects.In addition, term " includes " and " having " and it Any deformation, it is intended that cover and non-exclusive include.Such as it contains the process, method of a series of steps or units, be System, product or equipment are not limited to listed step or unit, but optionally further include the steps that not listing or list Member, or optionally further include the other step or units intrinsic for these process, methods, product or equipment.
In the above-described embodiments, can come wholly or partly by software, hardware, firmware or any combination thereof real It is existing.When implemented in software, it can entirely or partly realize in the form of a computer program product.The computer program Product includes one or more computer instructions.When loading on computers and executing the computer program instructions, all or It partly generates according to process or function described in the embodiment of the present application.The computer can be general purpose computer, dedicated meter Calculation machine, computer network or other programmable devices.The computer instruction can store in computer readable storage medium In, or from a computer readable storage medium to the transmission of another computer readable storage medium, for example, the computer Instruction can pass through wired (such as coaxial cable, optical fiber, number from a web-site, computer, server or data center User's line (DSL)) or wireless (such as infrared, wireless, microwave etc.) mode to another web-site, computer, server or Data center is transmitted.The computer readable storage medium can be any usable medium that computer can access or It is comprising data storage devices such as one or more usable mediums integrated server, data centers.The usable medium can be with It is magnetic medium, (for example, floppy disk, hard disk, tape), optical medium (for example, DVD) or semiconductor medium (such as solid state hard disk Solid State Disk (SSD)) etc..
Those of ordinary skill in the art will appreciate that realizing all or part of the process in above-described embodiment method, being can be with Relevant hardware is instructed to complete by computer program, the program can be stored in a computer-readable storage medium In, the program is when being executed, it may include such as the process of the embodiment of above-mentioned each method.Wherein, the storage medium can be magnetic Dish, CD, read-only memory (Read-Only Memory, ROM) or random access memory (Random Access Memory, RAM) etc..
Above specific embodiment has carried out into one the purpose of the embodiment of the present invention, technical scheme and beneficial effects Step is described in detail, it should be understood that being not used to limit this above is only the specific embodiment of the embodiment of the present invention The protection scope of inventive embodiments, all any modifications on the basis of the technical solution of the embodiment of the present invention, made are equal Replacement, improvement etc., should all include within the protection scope of the embodiment of the present invention.

Claims (48)

1. a kind of method for transmitting signals characterized by comprising
First communication equipment determines the first quasi- co-located hypothesis information, first parameter according to the first parameter of N number of transmission signal Including carrier index, system parameter, signal type, wireless network identification type, when field type or resource index at least one Kind, N is the positive integer more than or equal to 2；
First communication equipment receives U transmission signal, the U according to the described first quasi- co-located hypothesis information at the first moment A transmission signal is some or all of in N number of transmission signal, U is the positive integer less than or equal to N.
2. M is the method according to claim 1, wherein N number of transmission signal is carried on M carrier wave Positive integer less than or equal to N；
First communication equipment determines the first quasi- co-located hypothesis information according to the first parameter of N number of transmission signal, comprising:
If the corresponding system parameter of M carrier wave is not exactly the same, first communication equipment is by the M carrier wave The co-located hypothesis information of standard of transmission signal on the middle the smallest carrier wave of system parameter is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is identical, first communication equipment is by the M carrier wave The co-located hypothesis information of standard of transmission signal on the middle the smallest carrier wave of carrier index is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is identical, first communication equipment is by the M carrier wave The co-located hypothesis information of standard of transmission signal on middle main carrier is determined as the described first quasi- co-located hypothesis information.
3. the method according to claim 1, wherein first communication equipment is according to the of N number of transmission signal One parameter determines the first quasi- co-located hypothesis information, comprising:
If in N number of transmission signal including common signal, first communication equipment is co-located by the standard of the common signal Assuming that information is determined as the described first quasi- co-located hypothesis information.
If 4. according to the method described in claim 3, it is characterized in that, in N number of transmission signal include common signal, Then the co-located hypothesis information of standard of the common signal is determined as the described first quasi- co-located hypothesis information by first communication equipment, Include:
If including 1 common signal in N number of transmission signal, the standard of the common signal is total to by first communication equipment Assume that information is determined as the described first quasi- co-located hypothesis information in location；
If including that P common signal and the P common signal are carried on O carrier wave in N number of transmission signal, institute State the co-located hypothesis information of standard for the transmission signal that the first communication equipment indexes main carrier in the O carrier wave on corresponding carrier wave It is determined as the described first quasi- co-located hypothesis information, P is the positive integer less than or equal to N and more than or equal to 2, and O is just less than or equal to P Integer；
Alternatively, if including that P common signal and the P common signal are carried on O carrier wave in N number of transmission signal On, then first communication equipment is by the co-located vacation of standard of the transmission signal in the O carrier wave on the smallest carrier wave of carrier index If information is determined as the described first quasi- co-located hypothesis information, P be less than or equal to N and be more than or equal to 2 positive integer, O be less than etc. In the positive integer of P.
5. method according to claim 1 or 2, which is characterized in that N number of transmission signal is carried on M carrier wave, M is the positive integer less than or equal to N；
First communication equipment determines the first quasi- co-located hypothesis information according to the first parameter of N number of transmission signal, comprising:
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in the smallest load of system parameter Wave includes K, then first communication equipment is by the highest priority of signal type on the smallest carrier wave of K system parameter Co-located the hypothesiss information of standard of transmission signal be determined as the co-located hypothesis information of first standard；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave include K, then first communication equipment is by the smallest load of carrier index in the smallest carrier wave of K system parameter The co-located hypothesis information of standard of transmission signal on wave is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave include K, then first communication equipment indexes main carrier in the smallest carrier wave of K system parameter corresponding The co-located hypothesis information of standard of transmission signal on carrier wave is determined as the described first quasi- co-located hypothesis information；
Wherein, the K is the positive integer less than or equal to M.
6. method according to claim 1 or 2, which is characterized in that N number of transmission signal is carried on M carrier wave, M is the positive integer less than or equal to N；
First communication equipment determines the first quasi- co-located hypothesis information according to the first parameter of N number of transmission signal, comprising:
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in the smallest load of system parameter Transmission signal on wave includes L, then first communication equipment transmits the priority of signal type in signal most for described L The co-located hypothesis information of standard of high transmission signal is determined as the described first quasi- co-located hypothesis information, and L is just whole less than or equal to N Number.
7. the method according to claim 1, wherein first communication equipment is according to the of N number of transmission signal One parameter determines the first quasi- co-located hypothesis information, comprising:
If the corresponding signal type of N number of transmission signal includes at least two, first communication equipment is by N number of biography The co-located hypothesis information of standard of the transmission signal of the highest priority of signal type is determined as the described first quasi- co-located vacation in defeated signal If information；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, first communication equipment is by N number of transmission It is quasi- to be determined as described first for the co-located hypothesis information of standard of the transmission signal of the highest priority of wireless network identification type in signal Co-located hypothesis information；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, first communication equipment is by N number of transmission The co-located hypothesis information of standard of the highest transmission signal of time domain type priority grade is determined as the described first quasi- co-located hypothesis letter in signal Breath；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, first communication equipment is by N number of transmission The co-located hypothesis information of standard of the smallest transmission signal of resource index is determined as the described first quasi- co-located hypothesis information in signal.
8. method according to any one of claims 1 to 7, which is characterized in that the priority for controlling signal is greater than or equal to The priority of service signal；
Alternatively, the priority of service signal is greater than or equal to the priority of reference signal；
Alternatively, the priority of common signal is greater than or equal to the priority of special signal；
Alternatively, the priority of the high signal of service priority is greater than or equal to the priority of the low signal of service priority；
Second communication is needed alternatively, being greater than or equal to without the priority that the second communication equipment is scheduled the signal of control Equipment is scheduled the priority of the signal of control；
Alternatively, the priority of the small signal of system parameter is greater than or equal to the priority of the big signal of system parameter.
9. method according to any one of claims 1 to 8, which is characterized in that the priority of synchronization signal block SSB be greater than etc. In the priority of the physical downlink control channel PDCCH of broadcast；
Alternatively, the priority of SSB is more than or equal to the priority of the Physical Downlink Shared Channel PDSCH of broadcast；
Alternatively, the priority of the PDCCH of broadcast is more than or equal to the priority of the PDCCH of unicast；
Alternatively, the priority of the PDSCH of broadcast is more than or equal to the priority of the PDSCH of unicast；
Alternatively, the priority of the PDCCH/PDSCH of unicast is more than or equal to the priority of reference signal；
Alternatively, the priority of the channel state information reference signals CSI-RS for carrying out Radio Link Detection RLM is more than or equal to For carrying out the priority of the CSI-RS of wave beam management BM；
Alternatively, the priority of the CSI-RS for carrying out BM is more than or equal to the CSI- for carrying out channel state information CSI detection The priority of RS；
Alternatively, priority of the priority of the CSI-RS for carrying out CSI detection more than or equal to Phase Tracking reference signal PTRS/ The priority of time-frequency track reference signal TRS；
Alternatively, the priority of random access channel RACH is more than or equal to the priority of Physical Uplink Control Channel PUCCH；
Alternatively, the priority of PUCCH is more than or equal to the priority of Physical Uplink Shared Channel PUSCH；
Alternatively, the priority of PUSCH is more than or equal to the priority of Sounding Reference Signal SRS；
Alternatively, the priority of the SRS for carrying out BM is more than or equal to the priority of the SRS for carrying out non-code book transmission NCB；
Alternatively, the priority of the SRS for carrying out non-code book transmission NCB is more than or equal to the SRS's for carrying out code book transmission CB Priority.
10. method according to any one of claims 1 to 9, which is characterized in that the wireless network identification of downlink signal it is excellent First grade is greater than or equal to the priority of the wireless network identification of uplink signal；
Alternatively, the priority of the wireless network identification of the high signal of service priority is greater than or equal to the low signal of service priority Wireless network identification priority；
Alternatively, the priority for being scheduled the wireless network identification of the signal of control without the second communication equipment, which is greater than or equal to, to be needed Second communication equipment is wanted to be scheduled the priority of the wireless network identification of the signal of control；
Alternatively, the priority of the wireless network identification of common signal is greater than or equal to the preferential of the wireless network identification of special signal Grade.
11. the method according to any of claims 1 to 10, which is characterized in that
If the corresponding signal type of N number of transmission signal is PDSCH, page-radio network temporary identifier P-RNTI it is excellent First grade is more than or equal to system information-radio network temporary identifier SI-RNTI priority；
Alternatively, the priority of SI-RNTI is more than or equal to random if the corresponding signal type of N number of transmission signal is PDSCH Access response-radio network temporary identifier RA-RNTI priority；
Alternatively, the priority of RA-RNTI is more than or equal to CS- if the corresponding signal type of N number of transmission signal is PDSCH The priority of RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to cell if the corresponding signal type of N number of transmission signal is PDSCH The priority of radio network temporary identifier C-RNTI；
Alternatively, P-RNTI/SI-RNTI/RA-RNTI's is excellent if the corresponding signal type of N number of transmission signal is PDCCH First grade, which is more than or equal to, interrupts instruction-radio network temporary identifier INT-RNTI priority；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, when the priority of INT-RNTI is more than or equal to Gap format identification (FID)-radio network temporary identifier SFI-RNTI priority；
Alternatively, the priority of SFI-RNTI, which is more than or equal to, to be set if the corresponding signal type of N number of transmission signal is PDCCH The priority of degree of setting the tone-radio network temporary identifier CS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to C- if the corresponding signal type of N number of transmission signal is PDCCH The priority of RNTI；
Alternatively, it is quiet that the priority of C-RNTI is more than or equal to half if the corresponding signal type of N number of transmission signal is PDCCH State channel state information-radio network temporary identifier SP-CSI-RNTI priority；
Alternatively, the priority of SP-CSI-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDCCH The priority of transimission power order-Physical Uplink Shared Channel-radio network temporary identifier TPC-PUSCH-RNTI；
Alternatively, the priority of TPC-PUSCH-RNTI is greater than if the corresponding signal type of N number of transmission signal is PDCCH Equal to the priority of transimission power order-detection reference signal-radio network temporary identifier TPC-SRS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to C- if the corresponding signal type of N number of transmission signal is PUSCH The priority of RNTI；
Alternatively, the priority of C-RNTI is more than or equal to SP- if the corresponding signal type of N number of transmission signal is PUSCH The priority of CSI-RNTI.
12. the method according to claim 1, wherein first communication equipment determines according to the first parameter Surely before co-located hypothesis information, further includes:
First communication equipment receives the carrier index that the second communication equipment is sent；
First communication equipment determines the first quasi- co-located hypothesis information according to the first parameter, comprising:
First transmission on the corresponding carrier wave of carrier index that first communication equipment sends second communication equipment The co-located hypothesis information of standard of signal is determined as the described first quasi- co-located hypothesis information；
Alternatively, before first communication equipment determines the first quasi- co-located hypothesis information according to the first parameter, further includes:
First communication equipment receives the carrier index that the second communication equipment is sent and signal type index；
First communication equipment determines the first quasi- co-located hypothesis information according to the first parameter, comprising:
The signal type on the corresponding carrier wave of carrier index that first communication equipment sends second communication equipment The co-located hypothesis information of standard for indexing corresponding transmission signal is determined as the described first quasi- co-located hypothesis information；
Alternatively, before first communication equipment determines the first quasi- co-located hypothesis information according to the first parameter, further includes:
First communication equipment receives the system parameter index and carrier index that the second communication equipment is sent；
First communication equipment determines the first quasi- co-located hypothesis information according to the first parameter, comprising:
The system parameter that first communication equipment sends second communication equipment indexes carrier wave corresponding with carrier index On co-located the hypothesiss information of standard of transmission signal be determined as the co-located hypothesis information of first standard.
13. a kind of method for transmitting signals characterized by comprising
Second communication equipment sends N number of transmission signal, and the co-located hypothesis INFORMATION OF INCOMPLETE of standard of N number of transmission signal is identical, institute The first parameter for stating N number of transmission signal determines the first quasi- co-located hypothesis information for the first communication equipment, and described first is quasi- co-located Assuming that information is used for first communication equipment in U transmission signal of the first reception, first parameter includes carrier wave rope Draw, system parameter, signal type, wireless network identification type, when at least one of field type or resource index, N be greater than Positive integer equal to 2, the U transmission signal is some or all of in N number of transmission signal, U is just less than or equal to N Integer.
14. according to the method for claim 13, which is characterized in that N number of transmission signal is carried on M carrier wave, M For the positive integer less than or equal to N；
If the corresponding system parameter of M carrier wave is not exactly the same, first communication equipment is by the M carrier wave The co-located hypothesis information of standard of transmission signal on the middle the smallest carrier wave of system parameter is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is identical, first communication equipment is by the M carrier wave The co-located hypothesis information of standard of transmission signal on the middle the smallest carrier wave of carrier index is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is identical, first communication equipment is by the M carrier wave The co-located hypothesis information of standard of transmission signal on middle main carrier is determined as the described first quasi- co-located hypothesis information.
15. according to the method for claim 13, which is characterized in that if in N number of transmission signal including common signal, The co-located hypothesis information of standard of the common signal is determined as the described first quasi- co-located hypothesis information by first communication equipment.
16. according to the method for claim 15, which is characterized in that if in N number of transmission signal including 1 public letter Number, then the co-located hypothesis information of standard of the common signal is determined as the described first quasi- co-located hypothesis letter by first communication equipment Breath；
If including that P common signal and the P common signal are carried on O carrier wave in N number of transmission signal, institute State the co-located hypothesis information of standard for the transmission signal that the first communication equipment indexes main carrier in the O carrier wave on corresponding carrier wave It is determined as the described first quasi- co-located hypothesis information, P is the positive integer less than or equal to N and more than or equal to 2, and O is just less than or equal to P Integer；
Alternatively, if including that P common signal and the P common signal are carried on O carrier wave in N number of transmission signal On, then first communication equipment is by the co-located vacation of standard of the transmission signal in the O carrier wave on the smallest carrier wave of carrier index If information is determined as the described first quasi- co-located hypothesis information, P be less than or equal to N and be more than or equal to 2 positive integer, O be less than etc. In the positive integer of P.
17. method described in 3 or 14 according to claim 1, which is characterized in that N number of transmission signal is carried on M carrier wave On, M is the positive integer less than or equal to N；
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in the smallest load of system parameter Wave includes K, then first communication equipment is by the highest priority of signal type on the smallest carrier wave of K system parameter Co-located the hypothesiss information of standard of transmission signal be determined as the co-located hypothesis information of first standard；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave include K, then first communication equipment is by the smallest load of carrier index in the smallest carrier wave of K system parameter The co-located hypothesis information of standard of transmission signal on wave is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave include K, then first communication equipment indexes main carrier in the smallest carrier wave of K system parameter corresponding The co-located hypothesis information of standard of transmission signal on carrier wave is determined as the described first quasi- co-located hypothesis information；
Wherein, the K is the positive integer less than or equal to M.
18. method described in 3 or 14 according to claim 1, which is characterized in that N number of transmission signal is carried on M carrier wave On, M is the positive integer less than or equal to N；
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in the smallest load of system parameter Transmission signal on wave includes L, then first communication equipment transmits the priority of signal type in signal most for described L The co-located hypothesis information of standard of high transmission signal is determined as the described first quasi- co-located hypothesis information, and L is just whole less than or equal to N Number.
19. according to the method for claim 13, which is characterized in that if the corresponding signal type packet of N number of transmission signal At least two are included, then first communication equipment believes the transmission of the highest priority of signal type in N number of transmission signal Number co-located the hypothesiss information of standard be determined as the co-located hypothesis information of first standard；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, first communication equipment is by N number of transmission It is quasi- to be determined as described first for the co-located hypothesis information of standard of the transmission signal of the highest priority of wireless network identification type in signal Co-located hypothesis information；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, first communication equipment is by N number of transmission The co-located hypothesis information of standard of the highest transmission signal of time domain type priority grade is determined as the described first quasi- co-located hypothesis letter in signal Breath；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, first communication equipment is by N number of transmission The co-located hypothesis information of standard of the smallest transmission signal of resource index is determined as the described first quasi- co-located hypothesis information in signal.
20. 3 to 19 described in any item methods according to claim 1, which is characterized in that the priority for controlling signal is greater than or waits In the priority of service signal；
Alternatively, the priority of service signal is greater than or equal to the priority of reference signal；
Alternatively, the priority of common signal is greater than or equal to the priority of special signal；
Alternatively, the priority of the high signal of service priority is greater than or equal to the priority of the low signal of service priority；
Second communication is needed alternatively, being greater than or equal to without the priority that the second communication equipment is scheduled the signal of control Equipment is scheduled the priority of the signal of control；
Alternatively, the priority of the small signal of system parameter is greater than or equal to the priority of the big signal of system parameter.
21. 3 to 20 described in any item methods according to claim 1, which is characterized in that the priority of synchronization signal block SSB is big In the priority for the physical downlink control channel PDCCH for being equal to broadcast；
Alternatively, the priority of SSB is more than or equal to the priority of the Physical Downlink Shared Channel PDSCH of broadcast；
Alternatively, the priority of the PDCCH of broadcast is more than or equal to the priority of the PDCCH of unicast；
Alternatively, the priority of the PDSCH of broadcast is more than or equal to the priority of the PDSCH of unicast；
Alternatively, the priority of the PDCCH/PDSCH of unicast is more than or equal to the priority of reference signal；
Alternatively, the priority of the channel state information reference signals CSI-RS for carrying out Radio Link Detection RLM is more than or equal to For carrying out the priority of the CSI-RS of wave beam management BM；
Alternatively, the priority of the CSI-RS for carrying out BM is more than or equal to the CSI- for carrying out channel state information CSI detection The priority of RS；
Alternatively, priority of the priority of the CSI-RS for carrying out CSI detection more than or equal to Phase Tracking reference signal PTRS/ The priority of time-frequency track reference signal TRS；
Alternatively, the priority of random access channel RACH is more than or equal to the priority of Physical Uplink Control Channel PUCCH；
Alternatively, the priority of PUCCH is more than or equal to the priority of Physical Uplink Shared Channel PUSCH；
Alternatively, the priority of PUSCH is more than or equal to the priority of Sounding Reference Signal SRS；
Alternatively, the priority of the SRS for carrying out BM is more than or equal to the priority of the SRS for carrying out non-code book transmission NCB；
Alternatively, the priority of the SRS for carrying out non-code book transmission NCB is more than or equal to the SRS's for carrying out code book transmission CB Priority.
22. 3 to 21 described in any item methods according to claim 1, which is characterized in that the wireless network identification of downlink signal Priority is greater than or equal to the priority of the wireless network identification of uplink signal；
Alternatively, the priority of the wireless network identification of the high signal of service priority is greater than or equal to the low signal of service priority Wireless network identification priority；
Alternatively, the priority for being scheduled the wireless network identification of the signal of control without the second communication equipment, which is greater than or equal to, to be needed Second communication equipment is wanted to be scheduled the priority of the wireless network identification of the signal of control；
Alternatively, the priority of the wireless network identification of common signal is greater than or equal to the preferential of the wireless network identification of special signal Grade.
23. 3 to 22 described in any item methods according to claim 1, which is characterized in that
If the corresponding signal type of N number of transmission signal is PDSCH, page-radio network temporary identifier P-RNTI it is excellent First grade is more than or equal to system information-radio network temporary identifier SI-RNTI priority；
Alternatively, the priority of SI-RNTI is more than or equal to random if the corresponding signal type of N number of transmission signal is PDSCH Access response-radio network temporary identifier RA-RNTI priority；
Alternatively, the priority of RA-RNTI is more than or equal to CS- if the corresponding signal type of N number of transmission signal is PDSCH The priority of RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to cell if the corresponding signal type of N number of transmission signal is PDSCH The priority of radio network temporary identifier C-RNTI；
Alternatively, P-RNTI/SI-RNTI/RA-RNTI's is excellent if the corresponding signal type of N number of transmission signal is PDCCH First grade, which is more than or equal to, interrupts instruction-radio network temporary identifier INT-RNTI priority；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, when the priority of INT-RNTI is more than or equal to Gap format identification (FID)-radio network temporary identifier SFI-RNTI priority；
Alternatively, the priority of SFI-RNTI, which is more than or equal to, to be set if the corresponding signal type of N number of transmission signal is PDCCH The priority of degree of setting the tone-radio network temporary identifier CS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to C- if the corresponding signal type of N number of transmission signal is PDCCH The priority of RNTI；
Alternatively, it is quiet that the priority of C-RNTI is more than or equal to half if the corresponding signal type of N number of transmission signal is PDCCH State channel state information-radio network temporary identifier SP-CSI-RNTI priority；
Alternatively, the priority of SP-CSI-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDCCH The priority of transimission power order-Physical Uplink Shared Channel-radio network temporary identifier TPC-PUSCH-RNTI；
Alternatively, the priority of TPC-PUSCH-RNTI is greater than if the corresponding signal type of N number of transmission signal is PDCCH Equal to the priority of transimission power order-detection reference signal-radio network temporary identifier TPC-SRS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to C- if the corresponding signal type of N number of transmission signal is PUSCH The priority of RNTI；
Alternatively, the priority of C-RNTI is more than or equal to SP- if the corresponding signal type of N number of transmission signal is PUSCH The priority of CSI-RNTI.
24. according to the method for claim 13, which is characterized in that second communication equipment is sending N number of transmission signal Before, further includes:
Second communication equipment sends carrier index, the carrier wave that second communication equipment is sent to first communication equipment First on the corresponding carrier wave of carrier index that index sends second communication equipment for first communication equipment The co-located hypothesis information of standard of transmission signal is determined as the described first quasi- co-located hypothesis information；
Alternatively, second communication equipment is before sending N number of transmission signal, further includes:
Second communication equipment sends carrier index and signal type index, second communication to first communication equipment What carrier index and the signal type index that equipment is sent sent second communication equipment for first communication equipment The co-located hypothesis information of standard that the signal type indexes corresponding transmission signal on the corresponding carrier wave of carrier index is determined as described First quasi- co-located hypothesis information；
Alternatively, second communication equipment is before sending N number of transmission signal, further includes:
Second communication equipment is indexed to the first communication equipment system parameters and carrier index, second communication What the system parameter index and carrier index that equipment is sent sent second communication equipment for first communication equipment It is quasi- that the co-located hypothesis information of standard that system parameter indexes the transmission signal on carrier wave corresponding with carrier index is determined as described first Co-located hypothesis information.
25. a kind of communication equipment characterized by comprising
Determination unit, for determining the first quasi- co-located hypothesis information, first parameter according to the first parameter of N number of transmission signal Including carrier index, system parameter, signal type, wireless network identification type, when field type or resource index at least one Kind, N is the positive integer more than or equal to 2；
Receiving unit, for receiving U transmission signal according to the described first quasi- co-located hypothesis information at the first moment, the U is a Signal is transmitted as some or all of in N number of transmission signal, U is the positive integer less than or equal to N.
26. communication equipment according to claim 25, which is characterized in that N number of transmission signal is carried on M carrier wave On, M is the positive integer less than or equal to N；
The determination unit is specifically used for:
It is if the corresponding system parameter of M carrier wave is not exactly the same, system parameter in the M carrier wave is the smallest The co-located hypothesis information of standard of transmission signal on carrier wave is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is identical, carrier index in the M carrier wave is the smallest The co-located hypothesis information of standard of transmission signal on carrier wave is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is identical, by the transmission in the M carrier wave on main carrier The co-located hypothesis information of standard of signal is determined as the described first quasi- co-located hypothesis information.
27. communication equipment according to claim 25, which is characterized in that the determination unit is specifically used for:
If in N number of transmission signal including common signal, the co-located hypothesis information of standard of the common signal is determined as institute State the first quasi- co-located hypothesis information.
28. communication equipment according to claim 27, which is characterized in that the determination unit is specifically used for:
If in N number of transmission signal including 1 common signal, the co-located hypothesis information of standard of the common signal is determined as Described first quasi- co-located hypothesis information；
If including that P common signal and the P common signal are carried on O carrier wave in N number of transmission signal, general It is quasi- that the co-located hypothesis information of standard that main carrier indexes the transmission signal on corresponding carrier wave in the O carrier wave is determined as described first Co-located hypothesis information, P are the positive integer less than or equal to N and more than or equal to 2, and O is the positive integer less than or equal to P；
Alternatively, if including that P common signal and the P common signal are carried on O carrier wave in N number of transmission signal On, then the co-located hypothesis information of standard of the transmission signal in the O carrier wave on the smallest carrier wave of carrier index is determined as described First quasi- co-located hypothesis information, P are the positive integer less than or equal to N and more than or equal to 2, and O is the positive integer less than or equal to P.
29. the communication equipment according to claim 25 or 26, which is characterized in that N number of transmission signal is carried on M On carrier wave, M is the positive integer less than or equal to N；
The determination unit is specifically used for:
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in the smallest load of system parameter Wave includes K, then is total to the standard of the transmission signal of the highest priority of signal type on the smallest carrier wave of K system parameter Assume that information is determined as the described first quasi- co-located hypothesis information in location；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave include K, then will transmit signal on the smallest carrier wave of carrier index in the smallest carrier wave of K system parameter Quasi- co-located hypothesis information is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave include K, then main carrier in the smallest carrier wave of K system parameter is indexed into the transmission signal on corresponding carrier wave Co-located the hypothesiss information of standard be determined as the co-located hypothesis information of first standard；
Wherein, the K is the positive integer less than or equal to M.
30. the communication equipment according to claim 25 or 26, which is characterized in that N number of transmission signal is carried on M On carrier wave, M is the positive integer less than or equal to N；
The determination unit is specifically used for:
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in the smallest load of system parameter Transmission signal on wave includes L, then transmits described L the standard of the transmission signal of the highest priority of signal type in signal Co-located hypothesis information is determined as the described first quasi- co-located hypothesis information, and L is the positive integer less than or equal to N.
31. communication equipment according to claim 25, which is characterized in that the determination unit is specifically used for:
If the corresponding signal type of N number of transmission signal includes at least two, by signal type in N number of transmission signal Co-located the hypothesiss information of standard of transmission signal of highest priority be determined as the co-located hypothesis information of first standard；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, by wireless network mark in N number of transmission signal The co-located hypothesis information of standard for knowing the transmission signal of the highest priority of type is determined as the described first quasi- co-located hypothesis information；
Alternatively, field type is excellent when by N number of transmission signal if the corresponding signal type of N number of transmission signal is identical The co-located hypothesis information of standard of the first highest transmission signal of grade is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, most by resource index in N number of transmission signal The co-located hypothesis information of standard of small transmission signal is determined as the described first quasi- co-located hypothesis information.
32. according to the described in any item communication equipments of claim 25 to 31, which is characterized in that the priority for controlling signal is greater than Or the priority equal to service signal；
Alternatively, the priority of service signal is greater than or equal to the priority of reference signal；
Alternatively, the priority of common signal is greater than or equal to the priority of special signal；
Alternatively, the priority of the high signal of service priority is greater than or equal to the priority of the low signal of service priority；
Second communication is needed alternatively, being greater than or equal to without the priority that the second communication equipment is scheduled the signal of control Equipment is scheduled the priority of the signal of control；
Alternatively, the priority of the small signal of system parameter is greater than or equal to the priority of the big signal of system parameter.
33. according to the described in any item communication equipments of claim 25 to 32, which is characterized in that synchronization signal block SSB's is preferential Grade is more than or equal to the priority of the physical downlink control channel PDCCH of broadcast；
Alternatively, the priority of SSB is more than or equal to the priority of the Physical Downlink Shared Channel PDSCH of broadcast；
Alternatively, the priority of the PDCCH of broadcast is more than or equal to the priority of the PDCCH of unicast；
Alternatively, the priority of the PDSCH of broadcast is more than or equal to the priority of the PDSCH of unicast；
Alternatively, the priority of the PDCCH/PDSCH of unicast is more than or equal to the priority of reference signal；
Alternatively, the priority of the channel state information reference signals CSI-RS for carrying out Radio Link Detection RLM is more than or equal to For carrying out the priority of the CSI-RS of wave beam management BM；
Alternatively, the priority of the CSI-RS for carrying out BM is more than or equal to the CSI- for carrying out channel state information CSI detection The priority of RS；
Alternatively, priority of the priority of the CSI-RS for carrying out CSI detection more than or equal to Phase Tracking reference signal PTRS/ The priority of time-frequency track reference signal TRS；
Alternatively, the priority of random access channel RACH is more than or equal to the priority of Physical Uplink Control Channel PUCCH；
Alternatively, the priority of PUCCH is more than or equal to the priority of Physical Uplink Shared Channel PUSCH；
Alternatively, the priority of PUSCH is more than or equal to the priority of Sounding Reference Signal SRS；
Alternatively, the priority of the SRS for carrying out BM is more than or equal to the priority of the SRS for carrying out non-code book transmission NCB；
Alternatively, the priority of the SRS for carrying out non-code book transmission NCB is more than or equal to the SRS's for carrying out code book transmission CB Priority.
34. according to the described in any item communication equipments of claim 25 to 33, which is characterized in that the wireless network mark of downlink signal The priority of knowledge is greater than or equal to the priority of the wireless network identification of uplink signal；
Alternatively, the priority of the wireless network identification of the high signal of service priority is greater than or equal to the low signal of service priority Wireless network identification priority；
Alternatively, the priority for being scheduled the wireless network identification of the signal of control without the second communication equipment, which is greater than or equal to, to be needed Second communication equipment is wanted to be scheduled the priority of the wireless network identification of the signal of control；
Alternatively, the priority of the wireless network identification of common signal is greater than or equal to the preferential of the wireless network identification of special signal Grade.
35. according to the described in any item communication equipments of claim 25 to 34, which is characterized in that
If the corresponding signal type of N number of transmission signal is PDSCH, page-radio network temporary identifier P-RNTI it is excellent First grade is more than or equal to system information-radio network temporary identifier SI-RNTI priority；
Alternatively, the priority of SI-RNTI is more than or equal to random if the corresponding signal type of N number of transmission signal is PDSCH Access response-radio network temporary identifier RA-RNTI priority；
Alternatively, the priority of RA-RNTI is more than or equal to CS- if the corresponding signal type of N number of transmission signal is PDSCH The priority of RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to cell if the corresponding signal type of N number of transmission signal is PDSCH The priority of radio network temporary identifier C-RNTI；
Alternatively, P-RNTI/SI-RNTI/RA-RNTI's is excellent if the corresponding signal type of N number of transmission signal is PDCCH First grade, which is more than or equal to, interrupts instruction-radio network temporary identifier INT-RNTI priority；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, when the priority of INT-RNTI is more than or equal to Gap format identification (FID)-radio network temporary identifier SFI-RNTI priority；
Alternatively, the priority of SFI-RNTI, which is more than or equal to, to be set if the corresponding signal type of N number of transmission signal is PDCCH The priority of degree of setting the tone-radio network temporary identifier CS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to C- if the corresponding signal type of N number of transmission signal is PDCCH The priority of RNTI；
Alternatively, it is quiet that the priority of C-RNTI is more than or equal to half if the corresponding signal type of N number of transmission signal is PDCCH State channel state information-radio network temporary identifier SP-CSI-RNTI priority；
Alternatively, the priority of SP-CSI-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDCCH The priority of transimission power order-Physical Uplink Shared Channel-radio network temporary identifier TPC-PUSCH-RNTI；
Alternatively, the priority of TPC-PUSCH-RNTI is greater than if the corresponding signal type of N number of transmission signal is PDCCH Equal to the priority of transimission power order-detection reference signal-radio network temporary identifier TPC-SRS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to C- if the corresponding signal type of N number of transmission signal is PUSCH The priority of RNTI；
Alternatively, the priority of C-RNTI is more than or equal to SP- if the corresponding signal type of N number of transmission signal is PUSCH The priority of CSI-RNTI.
36. communication equipment according to claim 25, which is characterized in that the receiving unit is also used in the determination Before unit determines the first quasi- co-located hypothesis information according to the first parameter, the carrier index that the second communication equipment is sent is received；
The determination unit is specifically used for:
The co-located hypothesis of standard of first transmission signal on the corresponding carrier wave of carrier index that second communication equipment is sent Information is determined as the described first quasi- co-located hypothesis information；
Alternatively, the receiving unit, is also used to determine the first quasi- co-located hypothesis information according to the first parameter in the determination unit Before, the carrier index and signal type index that the second communication equipment is sent are received；
The determination unit is specifically used for:
The signal type indexes corresponding transmission letter on the corresponding carrier wave of carrier index that second communication equipment is sent Number co-located the hypothesiss information of standard be determined as the co-located hypothesis information of first standard；
Alternatively, the receiving unit, is also used to determine the first quasi- co-located hypothesis information according to the first parameter in the determination unit Before, the system parameter index and carrier index that the second communication equipment is sent are received；
The determination unit is specifically used for:
The system parameter that second communication equipment is sent indexes the standard of the transmission signal on carrier wave corresponding with carrier index Co-located hypothesis information is determined as the described first quasi- co-located hypothesis information.
37. a kind of communication equipment characterized by comprising
Transmission unit, for sending N number of transmission signal, the co-located hypothesis INFORMATION OF INCOMPLETE of standard of N number of transmission signal is identical, institute The first parameter for stating N number of transmission signal determines the first quasi- co-located hypothesis information for the first communication equipment, and described first is quasi- co-located Assuming that information is used for first communication equipment in U transmission signal of the first reception, first parameter includes carrier wave rope Draw, system parameter, signal type, wireless network identification type, when at least one of field type or resource index, N be greater than Positive integer equal to 2, the U transmission signal is some or all of in N number of transmission signal, U is just less than or equal to N Integer.
38. the communication equipment according to claim 37, which is characterized in that N number of transmission signal is carried on M carrier wave On, M is the positive integer less than or equal to N；
If the corresponding system parameter of M carrier wave is not exactly the same, first communication equipment is by the M carrier wave The co-located hypothesis information of standard of transmission signal on the middle the smallest carrier wave of system parameter is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is identical, first communication equipment is by the M carrier wave The co-located hypothesis information of standard of transmission signal on the middle the smallest carrier wave of carrier index is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is identical, first communication equipment is by the M carrier wave The co-located hypothesis information of standard of transmission signal on middle main carrier is determined as the described first quasi- co-located hypothesis information.
39. the communication equipment according to claim 37, which is characterized in that if in N number of transmission signal including public letter Number, then the co-located hypothesis information of standard of the common signal is determined as the described first quasi- co-located hypothesis letter by first communication equipment Breath.
40. communication equipment according to claim 39, which is characterized in that if in N number of transmission signal including 1 public Signal, then the co-located hypothesis information of standard of the common signal is determined as the described first quasi- co-located hypothesis by first communication equipment Information；
If including that P common signal and the P common signal are carried on O carrier wave in N number of transmission signal, institute State the co-located hypothesis information of standard for the transmission signal that the first communication equipment indexes main carrier in the O carrier wave on corresponding carrier wave It is determined as the described first quasi- co-located hypothesis information, P is the positive integer less than or equal to N and more than or equal to 2, and O is just less than or equal to P Integer；
Alternatively, if including that P common signal and the P common signal are carried on O carrier wave in N number of transmission signal On, then first communication equipment is by the co-located vacation of standard of the transmission signal in the O carrier wave on the smallest carrier wave of carrier index If information is determined as the described first quasi- co-located hypothesis information, P be less than or equal to N and be more than or equal to 2 positive integer, O be less than etc. In the positive integer of P.
41. the communication equipment according to claim 37 or 38, which is characterized in that N number of transmission signal is carried on M On carrier wave, M is the positive integer less than or equal to N；
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in the smallest load of system parameter Wave includes K, then first communication equipment is by the highest priority of signal type on the smallest carrier wave of K system parameter Co-located the hypothesiss information of standard of transmission signal be determined as the co-located hypothesis information of first standard；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave include K, then first communication equipment is by the smallest load of carrier index in the smallest carrier wave of K system parameter The co-located hypothesis information of standard of transmission signal on wave is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in system parameter it is minimum Carrier wave include K, then first communication equipment indexes main carrier in the smallest carrier wave of K system parameter corresponding The co-located hypothesis information of standard of transmission signal on carrier wave is determined as the described first quasi- co-located hypothesis information；
Wherein, the K is the positive integer less than or equal to M.
42. the communication equipment according to claim 37 or 38, which is characterized in that N number of transmission signal is carried on M On carrier wave, M is the positive integer less than or equal to N；
If the corresponding system parameter of M carrier wave is not exactly the same and the M carrier wave in the smallest load of system parameter Transmission signal on wave includes L, then first communication equipment transmits the priority of signal type in signal most for described L The co-located hypothesis information of standard of high transmission signal is determined as the described first quasi- co-located hypothesis information, and L is just whole less than or equal to N Number.
43. the communication equipment according to claim 37, which is characterized in that if the corresponding class signal of N number of transmission signal Type include at least two, then first communication equipment by it is described it is N number of transmission signal in signal type highest priority biography The co-located hypothesis information of standard of defeated signal is determined as the described first quasi- co-located hypothesis information；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, first communication equipment is by N number of transmission It is quasi- to be determined as described first for the co-located hypothesis information of standard of the transmission signal of the highest priority of wireless network identification type in signal Co-located hypothesis information；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, first communication equipment is by N number of transmission The co-located hypothesis information of standard of the highest transmission signal of time domain type priority grade is determined as the described first quasi- co-located hypothesis letter in signal Breath；
Alternatively, if the corresponding signal type of N number of transmission signal is identical, first communication equipment is by N number of transmission The co-located hypothesis information of standard of the smallest transmission signal of resource index is determined as the described first quasi- co-located hypothesis information in signal.
44. according to the described in any item communication equipments of claim 37 to 43, which is characterized in that the priority for controlling signal is greater than Or the priority equal to service signal；
Alternatively, the priority of service signal is greater than or equal to the priority of reference signal；
Alternatively, the priority of common signal is greater than or equal to the priority of special signal；
Alternatively, the priority of the high signal of service priority is greater than or equal to the priority of the low signal of service priority；
The communication equipment is needed alternatively, being greater than or equal to without the priority that the communication equipment is scheduled the signal of control It is scheduled the priority of the signal of control；
Alternatively, the priority of the small signal of system parameter is greater than or equal to the priority of the big signal of system parameter.
45. according to the described in any item communication equipments of claim 37 to 44, which is characterized in that synchronization signal block SSB's is preferential Grade is more than or equal to the priority of the physical downlink control channel PDCCH of broadcast；
Alternatively, the priority of SSB is more than or equal to the priority of the Physical Downlink Shared Channel PDSCH of broadcast；
Alternatively, the priority of the PDCCH of broadcast is more than or equal to the priority of the PDCCH of unicast；
Alternatively, the priority of the PDSCH of broadcast is more than or equal to the priority of the PDSCH of unicast；
Alternatively, the priority of the PDCCH/PDSCH of unicast is more than or equal to the priority of reference signal；
Alternatively, the priority of the channel state information reference signals CSI-RS for carrying out Radio Link Detection RLM is more than or equal to For carrying out the priority of the CSI-RS of wave beam management BM；
Alternatively, the priority of the CSI-RS for carrying out BM is more than or equal to the CSI- for carrying out channel state information CSI detection The priority of RS；
Alternatively, priority of the priority of the CSI-RS for carrying out CSI detection more than or equal to Phase Tracking reference signal PTRS/ The priority of time-frequency track reference signal TRS；
Alternatively, the priority of random access channel RACH is more than or equal to the priority of Physical Uplink Control Channel PUCCH；
Alternatively, the priority of PUCCH is more than or equal to the priority of Physical Uplink Shared Channel PUSCH；
Alternatively, the priority of PUSCH is more than or equal to the priority of Sounding Reference Signal SRS；
Alternatively, the priority of the SRS for carrying out BM is more than or equal to the priority of the SRS for carrying out non-code book transmission NCB；
Alternatively, the priority of the SRS for carrying out non-code book transmission NCB is more than or equal to the SRS's for carrying out code book transmission CB Priority.
46. according to the described in any item communication equipments of claim 37 to 45, which is characterized in that the wireless network mark of downlink signal The priority of knowledge is greater than or equal to the priority of the wireless network identification of uplink signal；
Alternatively, the priority of the wireless network identification of the high signal of service priority is greater than or equal to the low signal of service priority Wireless network identification priority；
Alternatively, the priority for being scheduled the wireless network identification of the signal of control without the communication equipment, which is greater than or equal to, to be needed The communication equipment is wanted to be scheduled the priority of the wireless network identification of the signal of control；
Alternatively, the priority of the wireless network identification of common signal is greater than or equal to the preferential of the wireless network identification of special signal Grade.
47. according to the described in any item communication equipments of claim 37 to 46, which is characterized in that
If the corresponding signal type of N number of transmission signal is PDSCH, page-radio network temporary identifier P-RNTI it is excellent First grade is more than or equal to system information-radio network temporary identifier SI-RNTI priority；
Alternatively, the priority of SI-RNTI is more than or equal to random if the corresponding signal type of N number of transmission signal is PDSCH Access response-radio network temporary identifier RA-RNTI priority；
Alternatively, the priority of RA-RNTI is more than or equal to CS- if the corresponding signal type of N number of transmission signal is PDSCH The priority of RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to cell if the corresponding signal type of N number of transmission signal is PDSCH The priority of radio network temporary identifier C-RNTI；
Alternatively, P-RNTI/SI-RNTI/RA-RNTI's is excellent if the corresponding signal type of N number of transmission signal is PDCCH First grade, which is more than or equal to, interrupts instruction-radio network temporary identifier INT-RNTI priority；
Alternatively, if the corresponding signal type of N number of transmission signal is PDCCH, when the priority of INT-RNTI is more than or equal to Gap format identification (FID)-radio network temporary identifier SFI-RNTI priority；
Alternatively, the priority of SFI-RNTI, which is more than or equal to, to be set if the corresponding signal type of N number of transmission signal is PDCCH The priority of degree of setting the tone-radio network temporary identifier CS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to C- if the corresponding signal type of N number of transmission signal is PDCCH The priority of RNTI；
Alternatively, it is quiet that the priority of C-RNTI is more than or equal to half if the corresponding signal type of N number of transmission signal is PDCCH State channel state information-radio network temporary identifier SP-CSI-RNTI priority；
Alternatively, the priority of SP-CSI-RNTI is more than or equal to if the corresponding signal type of N number of transmission signal is PDCCH The priority of transimission power order-Physical Uplink Shared Channel-radio network temporary identifier TPC-PUSCH-RNTI；
Alternatively, the priority of TPC-PUSCH-RNTI is greater than if the corresponding signal type of N number of transmission signal is PDCCH Equal to the priority of transimission power order-detection reference signal-radio network temporary identifier TPC-SRS-RNTI；
Alternatively, the priority of CS-RNTI is more than or equal to C- if the corresponding signal type of N number of transmission signal is PUSCH The priority of RNTI；
Alternatively, the priority of C-RNTI is more than or equal to SP- if the corresponding signal type of N number of transmission signal is PUSCH The priority of CSI-RNTI.
48. the communication equipment according to claim 37, which is characterized in that the transmission unit is also used to sending N number of biography Before defeated signal, the first communication equipment of Xiang Suoshu sends carrier index, and the carrier index that the transmission unit is sent is for described The standard of first transmission signal on the corresponding carrier wave of the carrier index that first communication equipment sends the transmission unit is co-located Assuming that information is determined as the described first quasi- co-located hypothesis information；
Alternatively, the transmission unit, is also used to before sending N number of transmission signal, the first communication equipment of Xiang Suoshu sends carrier wave Index and signal type index, carrier index and the signal type index that the transmission unit is sent are set for first communication The standby standard that the signal type on the corresponding carrier wave of carrier index that the transmission unit is sent is indexed to corresponding transmission signal Co-located hypothesis information is determined as the described first quasi- co-located hypothesis information；
Alternatively, the transmission unit, is also used to before sending N number of transmission signal, the first communication equipment of Xiang Suoshu sends system Parameter reference and carrier index, the system parameter index and carrier index that the transmission unit is sent are set for first communication The standby system parameter for sending the transmission unit indexes the co-located vacation of standard of the transmission signal on carrier wave corresponding with carrier index If information is determined as the described first quasi- co-located hypothesis information.
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