CN109151909A

CN109151909A - Data processing method and device

Info

Publication number: CN109151909A
Application number: CN201710459723.1A
Authority: CN
Inventors: 郭英昊; 黄曲芳
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2017-06-16
Filing date: 2017-06-16
Publication date: 2019-01-04

Abstract

The present invention provides a kind of data processing method and devices, it is intended to improve radio transmission efficiency.This method comprises: first network equipment acquisition capability information, the ability information is used to indicate the maximum quantity that the first quantity N1, the N1 is the transmission unit that the first transmission block TB for eating dishes without rice or wine format is supported, the transmission unit is the first data block or LCH；The first network equipment to second network equipment sends the first TB by the described first format of eating dishes without rice or wine, and the quantity of the corresponding transmission unit of the first TB is less than or equal to the N1.The present invention is suitable for field of communication technology.

Description

Data processing method and device

Technical field

The present invention relates to field of communication technology more particularly to a kind of data processing method and devices.

Background technique

With the development of the 5th generation (fifth-generation, abbreviation 5G) wireless communication system, the transmission of wireless interface Rate is getting faster.In view of 5G wireless communication system user equipment (user equipment, abbreviation UE) ability level not Together, whether base station, which possibly can not have correctly received data to UE and make, correctly judges and then retransmits data, and then wastes network Resource causes the efficiency of wireless transmission lower.

Summary of the invention

The embodiment of the invention provides a kind of data processing method and devices, it is intended to improve radio transmission efficiency.

In order to achieve the above objectives, the embodiment of the present invention provides the following technical solutions:

In a first aspect, providing a kind of data processing method, comprising: first network equipment acquisition capability information, ability letter Breath is used to indicate the maximum quantity that the first quantity N1, N1 is the transmission unit that the first transmission block TB for eating dishes without rice or wine format is supported, transmission Unit is the first data block or logic channel LCH；First network equipment is sent out by the first format of eating dishes without rice or wine to second network equipment The first TB is sent, the quantity of the corresponding transmission unit of the first TB is less than or equal to N1.The method that first aspect provides, first network are set It is standby can according to get for describe the second network device processing first eat dishes without rice or wine format TB in include transmission unit The information (i.e. ability information) of the ability of quantity sends the first TB, the number of the corresponding transmission unit of the first TB to second network equipment Amount be less than or equal to second network equipment be capable of handling first eat dishes without rice or wine format TB in include transmission unit maximum quantity. When transmission unit is MAC SDU, the MAC that includes into the first TB that second network equipment is sent due to first network equipment The quantity of SDU is within the processing capacity of second network equipment, so as to prevent the second network equipment side from accumulating excessive MAC SDU enables second network equipment timely to first network equipment feeding back ACK or NACK, to avoid the wasting of resources；Work as transmission Unit is LCH, if being decoded since excessive second network equipment needs of LCH in the prior art take a substantial amount of time to LCH, By the LCH quantity for including in the first TB of limitation, so that second network equipment is capable of handling more MAC SDU, so that Second network equipment can avoid the wasting of resources timely to first network equipment feeding back ACK or NACK.

In a kind of possible design, first network equipment acquisition capability information, comprising: first network equipment is from the second net Network equipment receives ability information.

In a kind of possible design, ability information is that the second quantity N2, N2 is the biography that the second TB for eating dishes without rice or wine format is supported The maximum quantity of defeated unit, N2, the second basal latency interval T2 and first for eating dishes without rice or wine format eat dishes without rice or wine the basal latency interval of format T1 is relevant with N1.In this kind of possible design, since N2, T2 and T1 and N1 are relevant, second network equipment First network equipment may make to calculate by the maximum quantity N2 of the TB for reporting second the to eat dishes without rice or wine format transmission unit supported To N1, and do not have to the maximum quantity for the transmission unit for reporting the TB of whole formats of eating dishes without rice or wine to support, the wasting of resources can be prevented.

In a kind of possible design, incidence relation are as follows: N1=(T1/T2) * N2.In this kind of possible design, first N1 can be calculated according to the incidence relation in the network equipment.

In a kind of possible design, ability information includes N1.In this kind of possible design, first network equipment can be with N1 is directly determined according to ability information, improves the treatment effeciency of first network equipment.

In a kind of possible design, ability information N1, first network equipment acquisition capability information, comprising: the first net The basal latency interval T1 that network equipment eats dishes without rice or wine format according to first obtains N1.In this kind of possible design, first network equipment It oneself can determine N1, not need the second network equipment transmitting capacity information, due to there is no the process of transmitting capacity information, because This, can reduce the signaling overheads of network.

In a kind of possible design, N1=A+T1*B, A and B are constant.In this kind of possible design, first network N1 can be calculated according to the formula in equipment.

In a kind of possible design, first network equipment is base station, and second network equipment is user equipment (UE).

In a kind of possible design, first network equipment is UE, and second network equipment is base station.

Second aspect provides a kind of data processing method, comprising: second network equipment sends energy to first network equipment Force information, it is the transmission unit that the first transmission block TB for eating dishes without rice or wine format is supported that ability information, which is used to indicate the first quantity N1, N1, Maximum quantity, transmission unit are the first data block or logic channel LCH；Second network equipment eats dishes without rice or wine format from the by first One network equipment receives the first TB, and the quantity of the corresponding transmission unit of the first TB is less than or equal to N1.What second aspect provided Method, second network equipment can send to first network equipment and eat dishes without rice or wine format for describing the second network device processing first The information (i.e. ability information) of the ability of the quantity for the transmission unit for including in TB, first network equipment can be according to ability information The first TB is sent to second network equipment, the quantity of the corresponding transmission unit of the first TB is less than or equal to second network equipment can Processing first eat dishes without rice or wine format TB in include transmission unit maximum quantity.When transmission unit is MAC SDU, due to the Processing of the quantity for the MAC SDU that one network equipment includes into the first TB that second network equipment is sent in second network equipment Within ability, so as to prevent the second network equipment side from accumulating excessive MAC SDU, enable second network equipment timely To first network equipment feeding back ACK or NACK, avoid the wasting of resources；When transmission unit is LCH, if due in the prior art Excessive second network equipment needs of LCH, which take a substantial amount of time, is decoded LCH, passes through the LCH for including in the first TB of limitation Quantity, so that second network equipment is capable of handling more MAC SDU, so that second network equipment can be timely to One network equipment feeding back ACK or NACK, avoid the wasting of resources.

In a kind of possible design, ability information is that the second quantity N2, N2 is the biography that the second TB for eating dishes without rice or wine format is supported The maximum quantity of defeated unit；Wherein, N2, the second basal latency interval T2 and first for eating dishes without rice or wine format eat dishes without rice or wine the basal latency of format It is relevant with N1 to be spaced T1.In this kind of possible design, since N2, T2 and T1 and N1 are relevant, the second network Equipment may make first network equipment meter by the maximum quantity N2 of the TB for reporting second the to eat dishes without rice or wine format transmission unit supported Calculation obtains N1, and does not have to the maximum quantity for the transmission unit for reporting the TB of whole formats of eating dishes without rice or wine to support, resource can be prevented unrestrained Take.

In a kind of possible design, this method further include: second network equipment eat dishes without rice or wine according to first format basis when Between interval T1 obtain N1.

In a kind of possible design, N1=A+T1*B, A and B are constant.In this kind of possible design, the second network N1 can be calculated according to the formula in equipment.

In a kind of possible design, this method further include: second network equipment receives in A or B from first network equipment At least one.

In a kind of possible design, first network equipment is user equipment (UE), and second network equipment is base station.

In a kind of possible design, first network equipment is base station, and second network equipment is UE.

When first network equipment is base station, and second network equipment is UE, the method that first aspect provides can also be used The mode that the third aspect hereinafter provides goes to describe, and the method that second aspect provides can also be using fourth aspect hereinafter The mode of offer goes to describe.When first network equipment is UE, and second network equipment is base station, the method that first aspect provides is also It can go to describe in such a way that the 5th aspect hereinafter provides, the method that second aspect provides can also use hereinafter The mode that 6th aspect provides goes to describe.The beneficial effect for any one possible design that the third aspect is provided to the 6th aspect It may refer to the beneficial effect that first aspect and second aspect design accordingly.

The third aspect provides a kind of data processing method, comprising: first network equipment determines that the first quantity N1, N1 is The maximum quantity for the transmission unit for including in second data block that second network equipment can be handled, transmission unit are the first number According to block or logic channel LCH；First network equipment generates the second data block of target according to N1, and the second data block of target is first The quantity of the second data block that the network equipment is sent to second network equipment, the transmission unit in the second data block of target be less than or Equal to N1.The method that the third aspect provides, first network equipment can be used to indicate the second network equipment energy according to what is got The maximum quantity N1 ability information for the transmission unit for including in one the second data block of processing sends the to second network equipment The quantity of the corresponding transmission unit of one TB, the first TB is less than or equal to second network equipment is capable of handling first and eats dishes without rice or wine format The maximum quantity for the transmission unit for including in TB.When transmission unit is MAC SDU, since first network equipment is to the second network Equipment send the first TB in include MAC SDU quantity within the processing capacity of second network equipment, so as to prevent Only excessive MAC SDU is accumulated in the second network equipment side, enables second network equipment timely anti-to first network equipment ACK or NACK is presented, the wasting of resources is avoided；When transmission unit is LCH, if due to excessive second network equipment of LCH in the prior art It needs to take a substantial amount of time and LCH is decoded, by the LCH quantity for including in the first TB of limitation, so that the second network is set It is standby to be capable of handling more MAC SDU so that second network equipment can timely to first network equipment feeding back ACK or NACK avoids the wasting of resources.

In a kind of possible design, first network equipment determines the first quantity N1, comprising: first network equipment obtains energy Force information, ability information are used to indicate N1；First network equipment determines N1 according to ability information.

In a kind of possible design, first network equipment determines N1 according to ability information, comprising: first network equipment root N1 is determined according to ability information and the first time-domain resource, and the first time-domain resource is used for transmission the second data block of target.

In a kind of possible design, ability information is that the second quantity N2, N2 is the second network under the first time-domain resource The maximum quantity for the transmission unit for including in second data block that equipment can be handled, first network equipment is according to ability information N1 is determined with the first time-domain resource, comprising: first network equipment is according to the length of the first time-domain resource, the first time-domain resource The incidence relation of length and N2 and N1 determine N1.

In a kind of possible design, incidence relation are as follows: the N1=(length of the first time-domain resource/the first time-domain resource Length) * N2.

In a kind of possible design, ability information includes N1, and ability information includes second under a variety of time-domain resource length The maximum quantity for the transmission unit for including in second data block that the network equipment can be handled, a variety of time-domain resource length include First time-domain resource length, first network equipment determine N1 according to ability information and the first time-domain resource, comprising: first network is set The standby length for determining the first time-domain resource；First network equipment determines N1 according to the length and ability information of the first time-domain resource, N1 is the second network under a kind of time-domain resource length in a variety of time-domain resource length, identical with the length of the first time-domain resource The maximum quantity for the transmission unit for including in second data block that equipment can be handled.

In a kind of possible design, ability information N1, first network equipment acquisition capability information, comprising: the first net Network equipment obtains N1 according to the length of the first time-domain resource, and the first time-domain resource is used for transmission the second data block of target.

In a kind of possible design, first network equipment obtains N1 according to the length of the first time-domain resource, comprising: first N1, the first formula is calculated using the first formula in the network equipment are as follows: length the * B, A and B of the first time-domain resource of N1=A+ are normal Number.

In a kind of possible design, after first network equipment generates the second data block of target according to N1, this method Further include: first network equipment sends the second data block of target to second network equipment in the first time-domain resource.

Fourth aspect provides a kind of data processing method, comprising: second network equipment sends energy to first network equipment Force information, ability information are used to indicate in second data block that the first quantity N1, N1 can be handled for second network equipment and wrap The maximum quantity of the transmission unit included, transmission unit are the first data block or logic channel LCH；Second network equipment receives the The quantity of the second data block of target that one network equipment is sent, the transmission unit in the second data block of target is less than or equal to N1. The method that fourth aspect provides, second network equipment, which can be used to indicate second network equipment to the transmission of first network equipment, to be located The ability information of the maximum quantity N1 for the transmission unit for including in one the second data block of reason, first network equipment can basis Ability information sends the first TB to second network equipment, and the quantity of the corresponding transmission unit of the first TB is less than or equal to the second network Equipment be capable of handling first eat dishes without rice or wine format TB in include transmission unit maximum quantity.When transmission unit is MAC SDU When, the quantity for the MAC SDU for including into the first TB that second network equipment is sent due to first network equipment is in the second network Within the processing capacity of equipment, so as to prevent the second network equipment side from accumulating excessive MAC SDU, so that the second network is set It is standby to avoid the wasting of resources timely to first network equipment feeding back ACK or NACK；When transmission unit is LCH, due to existing LCH is decoded if excessive second network equipment needs of LCH take a substantial amount of time in technology, by being wrapped in the first TB of limitation The LCH quantity included so that second network equipment is capable of handling more MAC SDU so that second network equipment can and When to first network equipment feeding back ACK or NACK, avoid the wasting of resources.

In a kind of possible design, ability information is that the second quantity N2, N2 is the second network under the first time-domain resource The maximum quantity for the transmission unit for including in second data block that equipment can be handled, N2, the first time-domain resource length and First time-domain resource length is relevant with N1, and the first time-domain resource is that second network equipment receives the second data block of target Time-domain resource.

In a kind of possible design, ability information includes N1, and ability information includes second under a variety of time-domain resource length The maximum quantity for the transmission unit for including in second data block that the network equipment can be handled, a variety of time-domain resource length include First time-domain resource length, the first time-domain resource are the time-domain resource that second network equipment receives the second data block of target.

In a kind of possible design, this method further include: second network equipment is true according to the length of the first time-domain resource Determine N1.

In a kind of possible design, second network equipment determines N1 according to the length of the first time-domain resource, comprising: second N1, the first formula is calculated using the first formula in the network equipment are as follows: length the * B, A and B of the first time-domain resource of N1=A+ are normal Number.

5th aspect, provides a kind of data processing method, comprising: first network equipment determines that the first quantity N1, N1 is The maximum quantity for the transmission unit for including in second data block that first network equipment can be handled, transmission unit are the first number According to block or logic channel LCH；First network equipment generates the second data block of target according to N1, and the second data block of target is first The quantity of the second data block that the network equipment is sent to second network equipment, the transmission unit in the second data block of target be less than or Equal to N1.It should be noted that if the first data that first network equipment during generating a TB, includes in the first TB The quantity of block or the quantity of LCH are too big, more than first network equipment processing capacity when, first network equipment can not timely give birth to At the first TB, the method that the 5th aspect provides, first network equipment is handled according to what is got for describing first network equipment First eat dishes without rice or wine format TB in include transmission unit quantity ability information (i.e. ability information) to second network equipment The first TB is sent, so that the quantity of the corresponding transmission unit of the first TB is less than or equal to first that first network equipment is capable of handling Eat dishes without rice or wine format TB in include transmission unit maximum quantity so that first network equipment can timely generate first TB improves communication efficiency.

In a kind of possible design, ability information is that the second quantity N2, N2 is first network under the first time-domain resource The maximum quantity for the transmission unit for including in second data block that equipment can be handled, first network equipment is according to ability information N1 is determined with the first time-domain resource, comprising: first network equipment is according to the length of the first time-domain resource, the first time-domain resource The incidence relation of length and N2 and N1 determine N1.

In a kind of possible design, ability information includes N1, and ability information includes first network under a variety of time-domain resources The maximum quantity for the transmission unit for including in second data block that equipment can be handled, a variety of time-domain resource length include first The length of time-domain resource, first network equipment determine N1 according to ability information and the first time-domain resource, comprising: first network equipment Determine the length of the first time-domain resource；First network equipment determines N1, N1 according to the length and ability information of the first time-domain resource It is set for first network under a kind of time-domain resource length in a variety of time-domain resource length, identical with the length of the first time-domain resource The maximum quantity for the transmission unit for including in standby second data block that can be handled.

In a kind of possible design, ability information N1, first network equipment acquisition capability information, comprising: the first net Network equipment determines N1 according to the length of the first time-domain resource, and the first time-domain resource is used for transmission the second data block of target.

In a kind of possible design, first network equipment determines N1 according to the length of the first time-domain resource, comprising: first N1, the first formula is calculated using the first formula in the network equipment are as follows: length the * B, A and B of the first time-domain resource of N1=A+ are normal Number.

In a kind of possible design, this method further include: first network equipment receives the upper of second network equipment transmission Row resource, ascending resource include the first time-domain resource.

In a kind of possible design, transmission unit is the first data block, and first network equipment generates target the according to N1 Two data blocks, comprising: first network equipment determines that the first LCH, the first LCH are the highest priority having in the LCH of data LCH；Judge after the data in the first LCH are put into the second data block of target, the state of the second data block of target；If target second Data block meets any one in first condition and second condition, and the data in the first LCH are put into mesh by first network equipment It marks the second data block and generates the second data block of target；First condition is that the first data number of blocks in the second data block of target is equal to Data volume in N1 and the second data block of target is less than or equal to the capacity of the second data block of target, and second condition is target the The capacity and the first data number of blocks in the second data block of target that data volume in two data blocks is equal to the second data block of target Less than or equal to N1；If the first data number of blocks in the second data block of target is greater than the data in the second data block of N1 or target Amount is greater than the capacity of the second data block of target；Multiple data in first LCH are sequentially placed into target second by first network equipment Data block generates target the until after the second data block of target meets any one condition in first condition and second condition Two data blocks；If the first data number of blocks in the second data block of target is less than the data volume in N1 and the second data block of target Less than the capacity of the second data block of target, the data in the first LCH are put into the second data block of target by first network equipment, and first The network equipment determines the 2nd LCH and judges after the data in the 2nd LCH are put into the second data block of target, the second data block of target State, until generate the second data block of target；2nd LCH is to have in LCH in the LCH of data, in addition to the first LCH The LCH of highest priority.

6th aspect, provides a kind of data processing method, comprising: second network equipment sends energy to first network equipment Force information, ability information are used to indicate in second data block that the first quantity N1, N1 can be handled for first network equipment and wrap The maximum quantity of the transmission unit included, transmission unit are the first data block or logic channel LCH；Second network equipment receives the The quantity of the second data block of target that one network equipment is sent, the transmission unit in the second data block of target is less than or equal to N1.

It should be noted that if the first number that first network equipment during generating a TB, includes in the first TB It is too big according to the quantity of block or the quantity of LCH, more than first network equipment processing capacity when, first network equipment can not be timely The first TB, the method that the 5th aspect provides are generated, second network equipment can be sent to first network equipment for describing first Network device processing first eat dishes without rice or wine format TB in include transmission unit quantity ability information (i.e. ability information), One network equipment sends the first TB to second network equipment according to the information, so that the quantity of the corresponding transmission unit of the first TB is small In or equal to first network equipment be capable of handling first eat dishes without rice or wine format TB in include transmission unit maximum quantity, thus Enable first network equipment timely to generate the first TB, improves communication efficiency.

In a kind of possible design, ability information is that the second quantity N2, N2 is first network under the first time-domain resource The maximum quantity for the transmission unit for including in second data block that equipment can be handled, N2, the first time-domain resource length and First time-domain resource length is relevant with N1, and the first time-domain resource is that second network equipment receives the second data block of target Time-domain resource.

In a kind of possible design, incidence relation are as follows: N1=(T1/T2) * N2.

In a kind of possible design, ability information includes N1, and ability information includes first under a variety of time-domain resource length The maximum quantity for the transmission unit for including in second data block that the network equipment can be handled, a variety of time-domain resource length include First time-domain resource length, the first time-domain resource are the time-domain resource that second network equipment receives the second data block of target.

In a kind of possible design, this method further include: second network equipment sends uplink money to first network equipment Source, ascending resource include the first time-domain resource.

7th aspect, provides the method for counting of DRX a kind of characterized by comprising UE starts DRX mode；UE exists When DRX is in activated state, the ascending resource or downlink data of network equipment distribution are received；Wherein, timer used in DRX or The digit of counter are as follows: the network equipment is the digit that UE is explicitly configured；Alternatively, a variety of formats of eating dishes without rice or wine that UE is configured In, TTI length in the corresponding shortest format of eating dishes without rice or wine of TTI length；Alternatively, in a variety of formats of eating dishes without rice or wine that UE is configured, it is right Answer the symbol lengths in the shortest format of eating dishes without rice or wine of symbol lengths；Alternatively, in a variety of formats of eating dishes without rice or wine that UE is configured, corresponding symbol TTI length in the shortest format of eating dishes without rice or wine of length；Alternatively, in a variety of formats of eating dishes without rice or wine that UE is configured, corresponding TTI length it is most short Format of eating dishes without rice or wine in symbol lengths；Alternatively, in a variety of formats of eating dishes without rice or wine that UE is configured, it is corresponding that TTI length is shortest eats dishes without rice or wine L1 times of TTI length in format, L1 are provided by network equipments configuration or agreement；Alternatively, a variety of lattice of eating dishes without rice or wine that UE is configured L2 times of symbol lengths in formula, the corresponding shortest format of eating dishes without rice or wine of symbol lengths, L2 passes through network equipments configuration or agreement Regulation；Alternatively, in a variety of formats of eating dishes without rice or wine that UE is configured, TTI length in the corresponding shortest format of eating dishes without rice or wine of symbol lengths L3 times, L3 is provided by network equipments configuration or agreement；Alternatively, in a variety of formats of eating dishes without rice or wine that UE is configured, corresponding TTI length L4 times of symbol lengths in shortest format of eating dishes without rice or wine, L4 are provided by network equipments configuration or agreement；Alternatively, downlink information institute TTI length, downlink information is the PDCCH that DRX determination will start or restart that UE in the case of INACTIVE timer is received New biography data or ascending resource distribution.In LTE system, the digit of timer used in DRX (or counter) is PDCCH subframe.In NR, UE may work at a variety of numerology, and the embodiment of the invention provides UE work a variety of Under numerology, the digit of timer used in the DRX of determining UE (or counter), so that network More flexible system is user service.

Eighth aspect provides a kind of first network device, which, which has, realizes first aspect, third party The function for any one method that face or the 5th aspect provide.The function can also be held by hardware realization by hardware The corresponding software realization of row.The hardware or software include one or more units corresponding with above-mentioned function.First network dress Setting to be first network equipment, can also be chip.

9th aspect provides a kind of second network equipment, which, which has, realizes second aspect, four directions The function for any one method that face or the 6th aspect provide.The function can also be held by hardware realization by hardware The corresponding software realization of row.The hardware or software include one or more units corresponding with above-mentioned function.Second network dress Setting to be second network equipment, can also be chip.

Tenth aspect, provides the counting device of DRX a kind of, which has any one realizing the 7th aspect and providing The function of method.The function can also execute corresponding software realization by hardware realization by hardware.The hardware is soft Part includes one or more units corresponding with above-mentioned function.The counting device of the DRX can be UE, can also be chip.

On the one hand tenth, provides a kind of first network device, comprising: memory, processor, at least one communication interface And communication bus；Memory passes through logical for storing computer executed instructions, processor, memory and at least one communication interface Believe bus connection, processor executes the computer executed instructions of memory storage, so that first network device realization first aspect, Any one method that the third aspect or the 5th aspect provide.First network device can be first network equipment, can also be Chip.

12nd aspect provides a kind of second network equipment, comprising: memory, processor, at least one communication interface And communication bus；Memory passes through logical for storing computer executed instructions, processor, memory and at least one communication interface Believe bus connection, processor executes the computer executed instructions of memory storage, so that the second network equipment realization second aspect, Any one method that fourth aspect or the 6th aspect provide.Second network equipment can be second network equipment, can also be Chip.

13rd aspect, provides the counting device of DRX a kind of, comprising: memory, processor, at least one communication connect Mouth and communication bus；For storing computer executed instructions, processor, memory and at least one communication interface pass through memory Communication bus connection, processor execute the computer executed instructions of memory storage, so that the counting device of DRX realizes the 7th side Any one method that face provides.The counting device of the DRX can be UE, can also be chip.

Fourteenth aspect provides a kind of computer readable storage medium, including instruction, when it runs on computers When, so that computer executes any one method that first aspect, the third aspect or the 5th aspect provide.

15th aspect provides a kind of computer readable storage medium, including instruction, when it runs on computers When, so that computer executes any one method that second aspect, fourth aspect or the 6th aspect provide.

16th aspect provides a kind of computer readable storage medium, including instruction, when it runs on computers When, so that computer executes the method that the 7th aspect provides.

17th aspect, provide a kind of computer program product comprising instruction makes when run on a computer It obtains computer and executes any one method that first aspect, the third aspect or the 5th aspect provide.

18th aspect, provide a kind of computer program product comprising instruction makes when run on a computer It obtains computer and executes the method that second aspect, fourth aspect or the 6th aspect provide.

19th aspect, provide a kind of computer program product comprising instruction makes when run on a computer It obtains computer and executes any one method that the 7th aspect provides.

20th aspect, provides a kind of device, which exists with the product form of chip, which includes processing Device, memory and transmitting-receiving subassembly, transmitting-receiving subassembly include imput output circuit, and memory is located for storing computer executed instructions Reason device realizes what first aspect, the third aspect or the 5th aspect provided by executing the computer executed instructions stored in memory Any one method.

On the one hand 20th, provides a kind of device, which exists with the product form of chip, which includes processing Device, memory and transmitting-receiving subassembly, transmitting-receiving subassembly include imput output circuit, and memory is located for storing computer executed instructions Reason device realizes what second aspect, fourth aspect or the 6th aspect provided by executing the computer executed instructions stored in memory Any one method.

22nd aspect, provides a kind of device, which exists with the product form of chip, which includes processing Device, memory and transmitting-receiving subassembly, transmitting-receiving subassembly include imput output circuit, and memory is located for storing computer executed instructions Any one method that reason device is provided by executing the 7th aspect of the computer executed instructions stored in memory realization.

Eighth aspect technical effect brought by any design method into the 22nd aspect can be found in first aspect The technical effect brought by different designs mode into the 7th aspect, details are not described herein again.

Detailed description of the invention

Fig. 1 is a kind of network architecture schematic diagram of 5G network provided in an embodiment of the present invention；

Fig. 2 is a kind of hardware structural diagram of the network equipment provided in an embodiment of the present invention；

Fig. 3 is a kind of hardware structural diagram of UE provided in an embodiment of the present invention；

Fig. 4 is a kind of flow chart of data processing method provided in an embodiment of the present invention；

Fig. 5 is the flow chart of another data processing method provided in an embodiment of the present invention；

Fig. 6 is a kind of interaction diagrams of first network equipment and second network equipment provided in an embodiment of the present invention；

Fig. 7 is a kind of flow chart of data processing method provided in an embodiment of the present invention；

Fig. 8 is the flow chart of another data processing method provided in an embodiment of the present invention；

Fig. 9 is a kind of flow chart of method for generating the second data block of target provided in an embodiment of the present invention；

Figure 10 is a kind of interaction diagrams of first network equipment and second network equipment provided in an embodiment of the present invention；

Figure 11 is a kind of flow chart of the method for counting of DRX provided in an embodiment of the present invention；

Figure 12 is a kind of composition schematic diagram of first network equipment provided in an embodiment of the present invention；

Figure 13 is a kind of composition schematic diagram of second network equipment provided in an embodiment of the present invention；

Figure 14 is a kind of composition schematic diagram of UE provided in an embodiment of the present invention.

Specific embodiment

Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention is described.Its In, in the description of the present invention, unless otherwise indicated, "/" indicate or the meaning, for example, A/B can indicate A or B；Herein "and/or" be only a kind of incidence relation for describing affiliated partner, indicate may exist three kinds of relationships, for example, A and/or B, Can indicate: individualism A exists simultaneously A and B, these three situations of individualism B.In addition, in the description of the present invention, it is " more It is a " refer to two or more.

Method provided in an embodiment of the present invention can be applied to wireless communication system, such as: global mobile communication (global System of mobile communication, abbreviation GSM) system, CDMA (code division multiple Access, abbreviation CDMA) system, wideband code division multiple access (wideband code division multiple access Wireless, abbreviation WCDMA) system, General Packet Radio Service (general packet radio service, referred to as GPRS) system, and Universal Mobile Communication System (universal mobile melecommunications system, referred to as UMTS), particularly for long term evolution (long term evolution, abbreviation LTE) system and its evolution system, advanced long-term Evolution (long term evolution-advanced, abbreviation LTE-A) system and its evolution system and 5G wireless communication system.

Illustratively, method provided in an embodiment of the present invention can be applied to 5G network shown in FIG. 1, as shown in Figure 1, should 5G network may include following multiple functions (network functions, abbreviation NF) entity: authentication server function (authentication server function, abbreviation AUSF) entity, core access and mobile management function (core Access and mobility management function, abbreviation AMF) entity, data network (data network, letter Claim DN), uniform data management (unified data management, abbreviation UDM) entity, policy control functions (policy Control function, abbreviation PCF) entity, (wireless) access net ((radio) access network, referred to as (R) AN) set Standby, user plane functions (user plane function, abbreviation UPF) entity, UE, application function (application Function, abbreviation AF) entity, conversation management functional (session management function, abbreviation SMF) entity.

UE passes through next generation network (Next generation) interface 1 (abbreviation N1) and AMF entity communication, (R) AN equipment By N interface 2 (abbreviation N2) and AMF entity communication, (R) AN equipment passes through N interface 3 (abbreviation N3) and UPF entity communication, UPF Entity is communicated by N interface 6 (abbreviation N6) with DN, and for AMF entity by N interface 11 (abbreviation N11) and SMF entity communication, AMF is real Body passes through N interface 12 (abbreviation N12) and AUSF entity communication by N interface 8 (abbreviation N8) and UDM entity communication, AMF entity, For AMF entity by N interface 15 (abbreviation N15) and PCF entity communication, SMF entity is logical by N interface 7 (abbreviation N7) and PCF entity Letter, for SMF entity by N interface 4 (abbreviation N4) and UPF entity communication, SMF entity is real by N interface 10 (abbreviation N10) and UDM Body communication, UDM entity by N interface 13 (abbreviation N13) and AUSF entity communication, PCF entity by N interface 5 (abbreviation N5) with AF entity communication.

In addition, the UDM entity, AUSF entity, PCF entity, AMF entity and SMF entity in Fig. 1 also may be collectively referred to as controlling Face (control plane, abbreviation CP) functional entity, the present invention is not especially limit this.

Specifically, (R) AN equipment major function includes: offer wireless connection；UPF entity major function includes: to make data Packet routing and forwarding, mobility anchor, uplink classifier support more ownership PDU sessions to support routing service to flow to DN, BP Deng；DN can be carrier service, linking Internet or third party's service；AMF entity major function includes management user's note Volume, accessible detecting, the selection of SMF node, moving condition management conversion etc.；SMF entity major function includes: control session It establishes, modify and deletes, the selection etc. of user face nodes；PCF entity major function includes: policy decision point, is provided based on industry Data flow of being engaged in and application detection, gate, service quality (quality of service, abbreviation QoS) and the charging control based on stream The rules such as system；AF entity major function include: with third generation partner program (3rd generation partnership Project, abbreviation 3GPP) core net interaction is to provide service, to influence Business Stream routing, the opening of access net ability, strategy control System etc.；AUSF entity major function includes: offer authentication service；UDM entity major function includes: storing user subscription data.

Method provided in an embodiment of the present invention can be applied in UE or the network equipment, and UE or the network equipment include hardware Layer operates in operating system layer on hardware layer, and operates in the application layer on operating system layer.During the hardware layer includes Central processor (central processing unit, abbreviation CPU), memory management unit (memory management Unit, abbreviation MMU) and the hardware such as memory (also referred to as main memory).The operating system can be any one or more and pass through process (Process) computer operating system for realizing business processing, for example, (SuSE) Linux OS, Unix operating system, Android Operating system, iOS operating system or windows operating system etc..The application layer is soft comprising browser, address list, word processing The application such as part, instant communication software.Also, the embodiment of the present invention is not to the executing subject of method provided in an embodiment of the present invention Specific structure be particularly limited to, as long as can have the journey of the code of the method for the offer of the embodiment of the present invention by log Sequence is communicated in the method provided according to embodiments of the present invention, for example, the execution of method provided in an embodiment of the present invention Main body can be UE or the network equipment, alternatively, being that caller and can execute the functional module of program in UE or the network equipment.

The network equipment can be for the equipment with mobile device communication, and the network equipment can be WLAN Access point (access point, abbreviation AP) in (wireless local area networks, abbreviation WLAN), GSM or Base station (base transceiver station, abbreviation BTS) in CDMA, be also possible in WCDMA base station (node B, Abbreviation NB), it can also be the evolved base station (evolutional node B, abbreviation eNB or eNodeB) in LTE, Huo Zhezhong After the network equipment in station or access point or mobile unit, wearable device and future 5G wireless communication system or not Carry out the network equipment in the public land mobile network (public land mobile network, abbreviation PLMN) of evolution, or Base station of new generation (new generation node B, abbreviation gNodeB) in new wireless (new radio, abbreviation NR) system Deng.

In addition, in embodiments of the present invention, the network equipment provides service for cell, UE is provided by the transmission that the cell uses Source (for example, frequency domain resource, in other words, frequency spectrum resource) is communicated with the network equipment, the cell can be the network equipment (such as Base station) corresponding cell, cell may belong to macro base station, also may belong to the corresponding base station of cell (small cell), this In cell may include: urban cells (Metro cell), Microcell (Micro cell), picocell (Pico Cell), Femto cell (Femto cell) etc., these cells have the characteristics that coverage area is small, transmission power is low, are applicable in In the data transport service of offer high-speed.

UE is a kind of equipment with radio transmission-receiving function, can be deployed in land, including indoor or outdoors, it is hand-held or It is vehicle-mounted；(such as steamer) can also be deployed on the water surface；It can also dispose in the sky (such as on aircraft, balloon and satellite etc.). UE be specifically as follows access terminal, subscriber unit, subscriber station, movement station, mobile station, remote station, remote terminal, mobile device, User terminal (for example, mobile phone (mobile phone), tablet computer (Pad), the computer with radio transmission-receiving function), terminal, nothing Line communication equipment, user agent or user apparatus.UE can also be the website (station, abbreviation ST) in WLAN, can be bee Cellular telephone, wireless phone, session initiation protocol (session initiation protocol, abbreviation SIP) phone, wireless sheet Ground loop (wireless local loop, abbreviation WLL) stands, personal digital assistant (personal digital Assistant, abbreviation PDA) it equipment, the handheld device with wireless communication function, calculates equipment or is connected to wireless-modulated solution Other processing equipments, the mobile unit, wearable device (being referred to as wearable intelligent equipment) for adjusting device, can also be virtual Real (virtual reality, abbreviation VR) terminal device, augmented reality (augmented reality, abbreviation AR) terminal are set The wireless end in wireless terminal, unmanned (self driving) in standby, Industry Control (industrial control) End, the wireless terminal in tele-medicine (remote medical), the wireless terminal in smart grid (smart grid), transport Wireless terminal, the wireless terminal in smart city (smart city), wisdom in safety (transportation safety) Wireless terminal in family (smart home).UE can also be the terminal device in next generation communication system, for example, in 5G Terminal device in terminal device or the PLMN of the following evolution, the terminal device etc. in NR communication system.

It should include extremely as shown in Fig. 2, being a kind of hardware structural diagram of the network equipment 20 provided in an embodiment of the present invention A few processor 201, communication bus 202, memory 203 and at least one communication interface 204.

Processor 201 can be a universal cpu, microprocessor, application-specific integrated circuit (application- Specific integrated circuit, abbreviation ASIC), or it is one or more for controlling the execution of the present invention program program Integrated circuit.

Communication bus 202 may include an access, and information is transmitted between said modules.

Communication interface 204, using the device of any transceiver one kind, for other equipment or communication, such as Ethernet, RAN, WLAN etc..

Memory 203 can be read-only memory (read-only memory, abbreviation ROM) or can store static information and Instruction other kinds of static storage device, random access memory (random access memory, abbreviation RAM) or The other kinds of dynamic memory that information and instruction can be stored, is also possible to Electrically Erasable Programmable Read-Only Memory (electrically erasable programmable read-only memory, abbreviation EEPROM), CD-ROM (compact disc read-only memory, abbreviation CD-ROM) or other optical disc storages, optical disc storage (including squeezed light Dish, laser disc, optical disc, Digital Versatile Disc, Blu-ray Disc etc.), magnetic disk storage medium or other magnetic storage apparatus or energy Be enough in carrying or storage have instruction or data structure form desired program code and can by computer access times What his medium, but not limited to this.Memory, which can be, to be individually present, and is connected by bus with processor.Memory can also To be integrated with processor.

Wherein, memory 203 is used to store the application code for executing the present invention program, and is controlled by processor 201 System executes.Processor 201 is for executing the application code stored in memory 203, to realize that hereinafter the present invention is real The method that example offer is provided.

In the concrete realization, as one embodiment, processor 201 may include one or more CPU, such as in Fig. 2 CPU0 and CPU1.

In the concrete realization, as one embodiment, the network equipment 20 may include multiple processors, such as in Fig. 2 Processor 201 and processor 208.Each of these processors can be monokaryon (single-CPU) processor, It can be multicore (multi-CPU) processor.Here processor can refer to one or more equipment, circuit, and/or use In the processing core of processing data (such as computer program instructions).

In the concrete realization, as one embodiment, the network equipment 20 can also include output equipment 205 and input equipment 206。

As shown in figure 3, being a kind of hardware structural diagram of UE30 provided in an embodiment of the present invention, which includes at least One processor 301, communication bus 302, memory 303 and at least one communication interface 304.

In the concrete realization, as one embodiment, processor 301 may include one or more CPU, such as in Fig. 3 CPU0 and CPU1.

In the concrete realization, as one embodiment, which may include multiple processors, such as the processing in Fig. 3 Device 301 and processor 307.

In the concrete realization, as one embodiment, which can also include output equipment 305 and input equipment 306. The effect of each device shown in Fig. 3 and other explanation property of can be exemplified are seen above.

The network equipment above refers to other network equipments in addition to UE.

In the prior art, base station does not consider a medium cut-in control grouping data unit when transmitting downlink data Media access control business datum list in (media access control packet data unit, abbreviation MAC PDU) First (media access control service data unit, abbreviation MAC SDU) quantity whether UE processing capacity Within, in this case, if UE processing capacity is inadequate, will lead to the side UE accumulate excessive MAC SDU, UE can not be timely to base station Feedback acknowledgment character (acknowledgement, abbreviation ACK) or negative acknowledge character (negative acknowledgment, abbreviation NACK), so that whether base station, which can not have correctly received data to UE and make, correctly judges and then retransmit data, net is wasted Network resource.

It should be noted that in the prior art, it is suitable will to first pass through service data before issuing physical layer for data or signaling With agreement (servers data adaptation protocol, abbreviation SDAP) layer, Packet Data Convergence Protocol (packet Data convergence protocol, abbreviation PDCP) layer, wireless spread-spectrum technology (radio link control, abbreviation RLC) and the processing of MAC layer, but for the angle of physical layer, it only receives data from MAC layer, i.e. reception MAC PDU, and one It may include multiple MAC SDU in MAC PDU.

MAC PDU shows as a transmission block (transport block, abbreviation TB) in physical layer, is sent to object from MAC layer The data of reason layer are the tissues in the form of TB, a TB is corresponding include a MAC PDU data block, this data block can be It is sent in one Transmission Time Interval (transmission time interval, abbreviation TTI), if UE does not support spatial division multiplexing With then a TTI can at most send 1 TB, if UE supports space division multiplexing, a TTI can at most send 2 TB.

Embodiment one

The embodiment of the invention provides a kind of data processing methods, in this embodiment, first network equipment be base station or Other can realize the network equipment communicated with UE, and second network equipment is UE, as shown in figure 4, this method may include:

401, first network equipment acquisition capability information, ability information are used to indicate the first quantity N1, N1 and eat dishes without rice or wine for first The maximum quantity for the transmission unit that the TB of format is supported, transmission unit are the first data block or logic channel (logical Channel, abbreviation LCH).

Wherein, eat dishes without rice or wine format i.e. numerology, also known as profile, and numerology is for sending a set of of TB Messaging parameter can include but is not limited between symbol lengths, basal latency interval, protection interval, subcarrier in numerology Every etc. information.Basal latency interval in numerology can be TTI.

Ability information is the information for describing the ability of second network equipment, since ability information is used to indicate N1, because This, in embodiments of the present invention, ability information is particularly used for description the second network device processing first and eats dishes without rice or wine the TB branch of format The ability of the quantity for the transmission unit held, i.e. N1 are specifically used for second network equipment of description is capable of handling first and eat dishes without rice or wine format The maximum quantity for the transmission unit for including in TB.

When transmission unit is the first data block, " maximum quantity for the transmission unit that TB is supported " refers to include in TB the The maximum quantity of one data block, if transmission unit is LCH, " maximum quantity for the transmission unit that TB is supported ", which refers in TB, includes The first data block belonging to LCH maximum quantity, wherein when the first data block is MAC SDU, first data block is only A LCH can be belonged to, multiple first data blocks for including in TB may belong to the same LCH.

One TB can correspond to the data block comprising second data block, therefore, " the maximum for the transmission unit that TB is supported Quantity " can also be stated are as follows: the maximum quantity for the transmission unit for including in the second data block.

Wherein, the second data block may include multiple first data blocks.First data block can be MAC SDU, the second number It can be MAC PDU according to block, with the development of communication technology, the first data block and the second data block are also possible to as other addresses.

402, first network equipment to second network equipment sends the first TB by the first format of eating dishes without rice or wine, and the first TB is corresponding The quantity of transmission unit is less than or equal to N1.

403, second network equipment by first eat dishes without rice or wine format from first network equipment receive the first TB.

Method provided in an embodiment of the present invention, first network equipment can be set according to what is got for describing the second network Standby processing first eat dishes without rice or wine format TB in include transmission unit quantity ability information (i.e. ability information) to the second net Network equipment sends the first TB, the quantity of the corresponding transmission unit of the first TB be less than or equal to that second network equipment is capable of handling the One eat dishes without rice or wine format TB in include transmission unit maximum quantity.When transmission unit is MAC SDU, since first network is set The quantity for the MAC SDU for including in standby the first TB sent to second network equipment second network equipment processing capacity it It is interior, so as to prevent the second network equipment side from accumulating excessive MAC SDU, enable second network equipment timely to One network equipment feeding back ACK or NACK, avoid the wasting of resources；When transmission unit is LCH, if since LCH in the prior art is excessive Second network equipment needs, which take a substantial amount of time, is decoded LCH, by the LCH quantity for including in the first TB of limitation, makes It obtains second network equipment and is capable of handling more MAC SDU, so that second network equipment can be timely to first network Equipment feeding back ACK or NACK, avoid the wasting of resources.

The scheme that step 401 to step 403 describes can also go to describe in another way, referring to Fig. 5, specifically can wrap It includes:

501, first network equipment determines that the first quantity N1, N1 is second data block that second network equipment can be handled In include transmission unit maximum quantity, transmission unit be the first data block or LCH.

Wherein, step 501 may include: first network equipment acquisition capability information in specific implementation, and ability information is used In instruction N1；First network equipment determines N1 according to ability information.

When transmission unit is the first data block, include in second data block that second network equipment can be handled the The maximum quantity of one data block includes the first data of downlink for including in second data block that second network equipment can be handled The maximum quantity of block can also include the first data of uplink for including in second data block can handling of second network equipment The maximum quantity of block.

When transmission unit is LCH, the maximum for the LCH for including in second data block that second network equipment can be handled Quantity may include the maximum quantity for the downlink LCH for including in second data block that second network equipment can be handled, may be used also To include the maximum quantity for the uplink LCH for including in second data block that second network equipment can be handled.

Another achievable mode, N1 can second network equipment can be handled in the time as unit of the first data blocks Maximum quantity.It should be noted that second network equipment may receive multiple second data blocks within the unit time, this is more TTI length corresponding to a second data block may be the same or different.Specifically, N1 can be used for limiting the second network All the sum of the first data blocks in the second data blocks that equipment receives within the unit time, for example, if the unit time be 1ms, then the sum of the first data block in all the second data blocks that second network equipment receives in 1ms are less than or equal to N1.N1 can be also used for whole second that second network equipment of limitation receives in the smaller time span within the unit time The sum of first data block in data block, for example, N1 30, smaller time span is 0.5ms, then if the unit time is 1ms The sum of the first data block in all the second data blocks that second network equipment receives in the 0.5ms is less than (0.5ms/ 1ms) * 30=15.0.5ms can be any one 0.5ms in 1ms, or preceding 0.5ms or rear 0.5ms in 1ms. " * " expression " multiplied by " in the embodiment of the present invention.Unit time can be basal latency interval above, or basis The multiple of time interval, can also be other times length, and the embodiment of the present invention is not specifically limited in this embodiment.

The sum of first data number of blocks in multiple second data block is not more than N1.

502, first network equipment generates the second data block of target according to N1, the transmission unit in the second data block of target Quantity is less than or equal to N1.

Wherein, the second data block of target is included in the first TB.

503, first network equipment sends the second data block of target to second network equipment in the first time-domain resource.

Wherein, the length of the first time-domain resource can be TTI length, and the length of the first time-domain resource can also be The TTI length for including in Numerology.

504, second network equipment receives the second data block of target that first network equipment is sent.

Specifically, first network equipment can be using any one mode acquisition capability information in following two mode.

Mode one, first network equipment can be from other equipment acquisition capability information, specifically, first network equipment obtains Ability information may include: second network equipment to first network equipment transmitting capacity information, and first network equipment is from the second net Network equipment receives ability information.

Specifically, ability information may be embodied in the capability report of second network equipment, second network equipment can lead to Cross wireless heterogeneous networks (radio resource control, abbreviation RRC) message or bottom signaling (for example, MAC signaling, SDAP signaling, PDCP signaling or RLC signaling etc.) oneself ability is reported to first network equipment.

Referring to Fig. 6, second network equipment can be received to first network equipment reporting ability information, first network equipment After ability information, a response can be fed back to second network equipment, for informing the second network equipment first network equipment It is successfully received ability information, first network equipment can be generated after the second data block of target according to ability information to second The network equipment is sent.

Specifically, first network equipment determines that N1 may include: that first network equipment is believed according to ability according to ability information Breath and the first time-domain resource determine N1.

Mode once, the ability information that second network equipment reports can specifically be divided into following two situation.

Situation one, ability information are the maximum that the second quantity N2, N2 is the transmission unit that the second TB for eating dishes without rice or wine format is supported Quantity, N2, the second basal latency interval T2 and first for eating dishes without rice or wine format eat dishes without rice or wine format basal latency interval T1 and N1 it is relevant Relationship.Wherein, incidence relation can be N1=(T1/T2) * N2.

Situation one can also be stated are as follows: ability information is that the second quantity N2, N2 is the second network under the first time-domain resource The maximum quantity for the transmission unit for including in second data block that equipment can be handled.Wherein, the length of the first time-domain resource It spends identical as the second TTI length for including in format of eating dishes without rice or wine.

In this case, first network equipment determines N1 according to ability information and the first time-domain resource, comprising: first network is set It is standby that N1 is determined according to the incidence relation of the length of the first time-domain resource, the length of the first time-domain resource and N2 and N1.Wherein, it closes Connection relationship are as follows: N1=(length of the first time-domain resource/the first time-domain resource length) * N2.

Specifically, ability information may include the under the first time-domain resource so that time-domain resource length is TTI length as an example The maximum quantity for the transmission unit for including in second data block that two network equipments can be handled.

Illustratively, when transmission unit be the first data block, if ability information include TTI length be 1ms (i.e. the first when Domain resource) when, information that the first data number of blocks for including in second data block that second network equipment can be handled is 100 When, if the length of the first time-domain resource is 0.5ms, N1=(0.5ms/1ms) * 100=50.

Illustratively, when transmission unit is LCH, if it is 1ms (i.e. the first time-domain resource) that ability information, which includes TTI length, When, when the information that the LCH quantity for including in second data block that second network equipment can be handled is 50, if the first time domain provides The length in source is 0.5ms, then N1=(0.5ms/1ms) * 50=25.

Situation once, since N2, T2 and T1 and N1 are relevant, second network equipment is eated dishes without rice or wine lattice by reporting second The maximum quantity N2 for the transmission unit that the TB of formula is supported may make first network equipment that N1 is calculated, and not have to report whole Format of eating dishes without rice or wine TB support transmission unit maximum quantity, the wasting of resources can be prevented.

Situation two, ability information include N1.

In situation two, ability information includes N1, and ability information may include the second network under a variety of time-domain resource length The maximum quantity for the transmission unit for including in second data block that equipment can be handled, a variety of time-domain resource length include first The length of time-domain resource.

In this case, first network equipment determines N1 according to ability information and the first time-domain resource, comprising: first network is set The standby length for determining the first time-domain resource；First network equipment determines N1 according to the length and ability information of the first time-domain resource, N1 is the second network under a kind of time-domain resource length in a variety of time-domain resource length, identical with the length of the first time-domain resource The maximum quantity for the transmission unit for including in second data block that equipment can be handled.

Specifically, when transmission unit is the first data block, ability information can so that time-domain resource length is TTI length as an example With include include in second network equipment can be handled under a variety of TTI length second data block the first data block of downlink most The information of big quantity, illustratively, referring to table 1.

Table 1

TTI length	The maximum quantity for the first data block of downlink for including in second data block that second network equipment can be handled
		1ms	100
0.5ms	40
		0.25ms	20

In this case, illustrative, N1 can be 40.Ability information can be information shown in table 1, be based on 1 institute of table The example shown, if the length of the first time-domain resource is 0.5ms, first network equipment is according to ability information and the first time-domain resource Length determine N1 be 40.

Specifically, when transmission unit is LCH, ability information may include more so that time-domain resource length is TTI length as an example The information of the maximum quantity for the LCH for including in second data block that second network equipment can be handled under kind TTI length, example Property, referring to table 2.

Table 2

TTI length	The maximum quantity for the LCH for including in second data block that second network equipment can be handled
		1ms	50
0.5ms	30
		0.25ms	20

In this case, illustrative, N1 can be 30.Ability information can be information shown in table 2, be based on 2 institute of table The example shown, if the length of the first time-domain resource is 0.5ms, first network equipment is according to ability information and the first time-domain resource Length determine N1 be 30.

Before second network equipment sends N1, second network equipment determines that the method for N1 can be with are as follows: second network equipment The basal latency interval T1 for eating dishes without rice or wine format according to first obtains N1.Optionally, N1=A+T1*B, A and B are constant.

" the basal latency interval T1 that second network equipment eats dishes without rice or wine format according to first obtains N1 " can also state are as follows: second The network equipment determines N1 according to the length of the first time-domain resource.Specifically, length of second network equipment according to the first time-domain resource It spends and determines N1, may include: that second network equipment uses the first formula that N1, the first formula are as follows: when N1=A+ the first is calculated Length the * B, A and B of domain resource are constant.

Illustratively, it can be 80 that A, which can be 20, B, and the unit of the length of the first time-domain resource can be ms, the situation Under, if the length of the first time-domain resource is 1ms, N1 100.

It should be noted that second network equipment can calculate the second network under a variety of time-domain resource length in situation two The maximum quantity for the transmission unit for including in second data block that equipment can be handled, second network equipment can use and meter It calculates the identical method of N1 and calculates in second data block that second network equipment under every kind of time-domain resource length can be handled and include Transmission unit maximum quantity.

Optionally, this method further include: second network equipment receives at least one of A or B from first network equipment.The The A and/or B that two network equipments receive can be used for second network equipment and calculate N1.

Specifically, A and B can for first network device configuration or agreement specified in, for the second different networks Equipment, A (or B) can be identical value, or different values.It illustratively, can be according to the type of second network equipment Number determine the value of A and B for second network equipment, when the model of second network equipment show the processing capacity of second network equipment compared with Gao Shi can enable determining A and B that biggish N1 is calculated, when the model of second network equipment shows that the second network is set When standby processing capacity is lower, it can enable determining A and B that lesser N1 is calculated, be set with this to adapt to the second network Standby processing capacity.

In addition, when second network equipment can also determine every kind according to the processing speed of itself and the length of time-domain resource The maximum quantity for the transmission unit for including in second data block that second network equipment can be handled under the resource size of domain.

Mode two, ability information N1, first network equipment can oneself computing capability information.

It eats dishes without rice or wine format specifically, first network equipment acquisition capability information may include: first network equipment according to first Basal latency interval T1 obtain N1.Optionally, N1=A+T1*B, A and B are constant.

" the basal latency interval T1 that first network equipment eats dishes without rice or wine format according to first obtains N1 " can also state are as follows: first The network equipment obtains N1 according to the length of the first time-domain resource.Specifically, length of the first network equipment according to the first time-domain resource Degree obtains N1, comprising: N1, the first formula is calculated using the first formula in first network equipment are as follows: the first time domain of N1=A+ money Length the * B, A and B in source are constant.

In mode two, first network equipment oneself can determine N1, not need the second network equipment transmitting capacity information, Due to there is no the process of transmitting capacity information, the signaling overheads of network can be reduced.

Method provided in an embodiment of the present invention applies also for SDAP layers, PDCP layers, the transmission of the data of rlc layer, for example, second The PDCP SDU quantity for including in the PDCP PDU that the network equipment can will be handled is reported to first network equipment, and first The PDCP SDU quantity in a PDCP PDU that the network equipment is reported according to second network equipment is sent to second network equipment Downlink PDCP PDU.

Embodiment two

The embodiment of the invention provides a kind of data processing methods, in this embodiment, first network equipment be UE, second The network equipment is base station or other can realize the network equipment communicated, embodiment two and one side of being independent of embodiment with UE Case, as shown in fig. 7, this method may include:

701, first network equipment acquisition capability information, ability information are used to indicate the first quantity N1, N1 and eat dishes without rice or wine for first The maximum quantity for the transmission unit that the TB of format is supported, transmission unit are the first data block or LCH.

Ability information is the information for describing the ability of first network equipment, since ability information is used to indicate N1, because This, in embodiments of the present invention, ability information be particularly used for description first network equipment processing first eat dishes without rice or wine format TB in The ability of the quantity for the transmission unit for including, i.e. N1 are specifically used for description first network equipment is capable of handling first and eat dishes without rice or wine format TB in include transmission unit maximum quantity.

When transmission unit is the first data block, " maximum quantity for the transmission unit that TB is supported " refers to include in TB the The maximum quantity of one data block, if transmission unit is LCH, " maximum quantity for the transmission unit that TB is supported ", which refers in TB, includes All LCH belonging to the first data blocks maximum quantity, wherein when the first data block is MAC SDU, first data Block can only belong to a LCH, and multiple first data blocks for including in TB may belong to the same LCH.

702, first network equipment to second network equipment sends the first TB by the first format of eating dishes without rice or wine, and the first TB is corresponding The quantity of transmission unit is less than or equal to N1.

703, second network equipment by first eat dishes without rice or wine format from first network equipment receive the first TB.

It should be noted that if the first number that first network equipment during generating a TB, includes in the first TB It is too big according to the quantity of block or the quantity of LCH, more than first network equipment processing capacity when, first network equipment can not be timely The first TB, method provided in an embodiment of the present invention are generated, first network equipment is set according to what is got for describing first network Standby processing first eat dishes without rice or wine format TB in include transmission unit quantity ability information (i.e. ability information) to the second net Network equipment sends the first TB, so that the quantity of the corresponding transmission unit of the first TB is less than or equal to first network equipment and is capable of handling First eat dishes without rice or wine format TB in include transmission unit maximum quantity so that first network equipment can timely give birth to At the first TB, communication efficiency is improved.

The scheme that step 701 to step 703 describes can also go to describe in another way, referring to Fig. 8, specifically can wrap It includes:

801, first network equipment determines that the first quantity N1, N1 is second data block that first network equipment can be handled In include transmission unit maximum quantity, transmission unit be the first data block or LCH.

Wherein, step 801 may include: first network equipment acquisition capability information in specific implementation, and ability information is used In instruction N1；First network equipment determines N1 according to ability information.

When transmission unit is the first data block, include in second data block that first network equipment can be handled the The maximum quantity of one data block includes the first data of downlink for including in second data block that first network equipment can be handled The maximum quantity of block can also include the first data of uplink for including in second data block can handling of first network equipment The maximum quantity of block.

When transmission unit is LCH, the maximum for the LCH for including in second data block that first network equipment can be handled Quantity may include the maximum quantity for the downlink LCH for including in second data block that first network equipment can be handled, may be used also To include the maximum quantity for the uplink LCH for including in second data block that first network equipment can be handled.

Another achievable mode, N1 can first network equipment can be handled in the time as unit of the first data blocks Maximum quantity.It should be noted that first network equipment may receive multiple second data blocks within the unit time, this is more The sum of first data number of blocks in a second data block is not more than N1.Specifically, N1 can be used for limiting first network equipment The sum of the first data block in all the second data blocks received within the unit time, for example, if the unit time is 1ms, The sum of the first data block in all the second data blocks that first network equipment receives in 1ms is less than or equal to N1.N1 is also It can be used for limiting all the second data blocks that first network equipment receives in the smaller time span within the unit time In the sum of the first data block, for example, N1 30, smaller time span is 0.5ms, then the first net if the unit time is 1ms The sum of the first data block in all the second data blocks that network equipment receives in the 0.5ms is less than (0.5ms/1ms) * 30= 15.0.5ms can be any one 0.5ms in 1ms, or preceding 0.5ms or rear 0.5ms in 1ms.Unit time can Think basal latency interval above, or the multiple at basal latency interval can also be other times length, this hair Bright embodiment is not specifically limited in this embodiment.

802, first network equipment generates the second data block of target according to N1, the transmission unit in the second data block of target Quantity is less than or equal to N1.

Wherein, the second data block of target is included in the first TB.

Optionally, transmission unit is the first data block, and first network equipment generates the second data block of target, packet according to N1 It includes:

First network equipment determines that the first LCH, the first LCH are the LCH for having the highest priority in the LCH of data；

Judge after the data in the first LCH are put into the second data block of target, the state of the second data block of target；

If the second data block of target meets any one in first condition and second condition, first network equipment is by first Data in LCH are put into the second data block of target and generate the second data block of target；First condition is in the second data block of target First data number of blocks is equal to the appearance that the data volume in N1 and the second data block of target is less than or equal to the second data block of target Amount, second condition are capacity and target second data of the data volume in the second data block of target equal to the second data block of target The first data number of blocks in block is less than or equal to N1；

If the data volume that the first data number of blocks in the second data block of target is greater than in the second data block of N1 or target is big In the capacity of the second data block of target；Multiple data in first LCH are sequentially placed into the second data of target by first network equipment Block, until generating the number of target second after the second data block of target meets any one condition in first condition and second condition According to block；

If the data volume that the first data number of blocks in the second data block of target is less than in N1 and the second data block of target is small In the capacity of the second data block of target, the data in the first LCH are put into the second data block of target, the first net by first network equipment Network equipment determines the 2nd LCH and judges after the data in the 2nd LCH are put into the second data block of target, the second data block of target State, until generating the second data block of target；2nd LCH be have it is excellent in LCH in the LCH of data, in addition to the first LCH The first highest LCH of grade.

The optional method provides a kind of method for generating the second data block of target according to N1, in specific implementation, UE Generation the second data block of target with other methods can also be adopted, this will not be detailed here.

Specifically, being referred to after UE determines the 2nd LCH according to the method that the 2nd LCH generates the second data block of target First LCH, if can not also generate the second data block of target according to the 2nd LCH, UE can also determine that the 3rd LCH, the 3rd LCH are to have The LCH of highest priority in LCH in the LCH of data, in addition to the first LCH and the 2nd LCH, and so on.

Illustratively, show a kind of possible implementation flow chart of the optional method referring to Fig. 9, Fig. 9, in Fig. 9 with Second data block is drawn for being MAC PDU, which can specifically include following steps:

901, UE determines LCH_i。

Wherein, it is positive integer, LCH that the initial value of i, which is 1, i,_iIt is the LCH of i that referring to, which has the priority in the LCH of data, i's It is worth smaller, LCH_iPriority in the LCH for having data is higher.

902, UE judges LCH_iIn total data be put into the second data block of target after, in the second data block of target Whether the quantity of one data block is greater than N1.

If so, step 903 is executed, if it is not, executing step 907.

903, UE is by LCH_iIn data D_jIt is put into the second data block of target.

Wherein, it is positive integer, D that the initial value of j, which is 1, j,_jRefer to LCH_iIn j-th of data.

904, UE judges whether the data volume in the second data block of target is equal to the capacity of the second data block of target.

If so, step 905 is executed, if it is not, executing step 906.

905, UE generates the second data block of target.

906, j=j+1 is enabled.

Return step 903 after step 906 executes.

907, UE judges LCH_iIn total data be put into the second data block of target after, in the second data block of target Whether the quantity of one data block is equal to N1.

If so, step 908 is executed, if it is not, executing step 909.

908, UE judges whether the data volume in the second data block of target is less than or equal to the capacity of the second data block of target.

If so, step 905 is executed, if it is not, executing step 903-906.

909, UE judges LCH_iIn total data be put into the second data block of target after, the number in the second data block of target Whether it is greater than the capacity of the second data block of target according to amount.

If so, step 903-906 is executed, if it is not, executing step 910.

910, UE judges LCH_iIn total data be put into the second data block of target after, the number in the second data block of target Whether it is equal to the capacity of the second data block of target according to amount.

If so, step 905 is executed, if it is not, executing step 911.

911, UE is by LCH_iIn total data be put into the second data block of target.

912, i=i+1 is enabled.

913, UE judges whether i is greater than I.

Wherein, LCH_IFor the LCH for having the priority in the LCH of data minimum.

If so, step 905 is executed, if it is not, return step 901.

803, first network equipment sends the second data block of target to second network equipment in the first time-domain resource.

Optionally, can also to include: second network equipment send ascending resource, the first net to first network equipment to this method Network equipment receives the ascending resource that second network equipment is sent, and ascending resource includes the first time-domain resource.

Specifically, first network equipment can determine that the first time domain provides according to the ascending resource that second network equipment is sent Source.

804, second network equipment receives the second data block of target that first network equipment is sent.

Mode one, first network equipment can be from other equipment acquisition capability information, specifically, first network equipment obtains Ability information may include: second network equipment to first network equipment transmitting capacity information；First network equipment is from the second net Network equipment receives ability information.

Specifically, ability information may be embodied in RRC information or bottom signaling (for example, MAC signaling, SDAP signaling, PDCP Signaling or RLC signaling etc.) in.

Specifically, first network equipment can report the first net under at least one time-domain resource length to second network equipment The maximum quantity for the transmission unit for including in second data block that network equipment can be handled, second network equipment can be according to certainly The case where body is first network device configuration ability information, and under normal circumstances, for a kind of time-domain resource length, the second network is set The maximum number for the transmission unit for including in second data block that first network equipment can be handled in the ability information of standby configuration Amount is less than or equal to the transmission in second data block that the first network equipment that first network equipment reports can be handled included The maximum quantity of unit.

Referring to Figure 10, second network equipment can be received to first network equipment transmitting capacity information, first network equipment To after ability information, a response can be fed back to second network equipment, for informing that the second network equipment first network is set Standby to be successfully received ability information, second network equipment notifies first when distributing ascending resource for first network equipment The length of the first time-domain resource of the network equipment, first network equipment can be true according to the length of ability information and the first time-domain resource Determine N1, and then is sent after generating the second data block of target to second network equipment.

Specifically, first network equipment determines N1 according to ability information, comprising: first network equipment according to ability information and First time-domain resource determines N1.

Mode once, second network equipment send ability information can specifically be divided into following two situation.

Situation one can also be stated are as follows: ability information is that the second quantity N2, N2 is first network under the first time-domain resource The maximum quantity for the transmission unit for including in second data block that equipment can be handled.Wherein, the length of the first time-domain resource It spends identical as the second TTI length for including in format of eating dishes without rice or wine.

Specifically, ability information may include the under the first time-domain resource so that time-domain resource length is TTI length as an example The maximum quantity for the transmission unit for including in second data block that one network equipment can be handled.

Illustratively, when transmission unit be the first data block, if ability information include TTI length be 1ms (i.e. the first when Domain resource) when, information that the first data number of blocks for including in second data block that first network equipment can be handled is 100 When, if the length of the first time-domain resource is 0.5ms, N1=(0.5ms/1ms) * 100=50.

Illustratively, when transmission unit is LCH, if it is 1ms (i.e. the first time-domain resource) that ability information, which includes TTI length, When, when the information that the LCH quantity for including in second data block that first network equipment can be handled is 50, if the first time domain provides The length in source is 0.5ms, then N1=(0.5ms/1ms) * 50=25.

Situation two, ability information include N1.

In situation two, ability information includes N1, ability information include under a variety of time-domain resources first network equipment can locate The maximum quantity for the transmission unit for including in one the second data block of reason, a variety of time-domain resource length include the first time-domain resource Length.

In this case, first network equipment determines N1 according to ability information and the first time-domain resource, comprising: first network is set The standby length for determining the first time-domain resource；First network equipment determines N1 according to the length and ability information of the first time-domain resource, N1 is first network under a kind of time-domain resource length in a variety of time-domain resource length, identical with the length of the first time-domain resource The maximum quantity for the transmission unit for including in second data block that equipment can be handled.

Specifically, when transmission unit is the first data block, ability information can so that time-domain resource length is TTI length as an example To include the first data block of downlink for including in first network equipment can be handled under a variety of TTI length second data block Maximum quantity information, illustratively, referring to table 3.

Table 3

TTI length	The maximum quantity for the first data block of downlink for including in second data block that first network equipment can be handled
		1ms	80
0.5ms	35
		0.25ms	15

In this case, illustrative, N1 can be 35.Ability information can be information shown in table 3, be based on 3 institute of table The example shown, if the length of the first time-domain resource is 0.5ms, first network equipment is according to ability information and the first time-domain resource Length determine N1 be 40.

Specifically, when transmission unit is LCH, ability information may include more so that time-domain resource length is TTI length as an example The information of the maximum quantity for the LCH for including in second data block that first network equipment can be handled under kind TTI length, example Property, referring to table 4.

Table 4

TTI length	The maximum quantity for the LCH for including in second data block that first network equipment can be handled
		1ms	45
0.5ms	25
		0.25ms	15

In this case, illustrative, N1 can be 25.Ability information can be information shown in table 4, be based on 4 institute of table The example shown, if the length of the first time-domain resource is 0.5ms, first network equipment is according to ability information and the first time-domain resource Length determine N1 be 30.

Second network equipment determines that the method for N1 can be with are as follows: the basal latency that second network equipment eats dishes without rice or wine format according to first It is spaced T1 and obtains N1.Optionally, N1=A+T1*B, A and B are constant.

" the basal latency interval T1 that second network equipment eats dishes without rice or wine format according to first obtains N1 " can also state are as follows: second The network equipment determines N1 according to the length of the first time-domain resource.Second network equipment is determined according to the length of the first time-domain resource N1 may include: that second network equipment uses the first formula that N1, the first formula is calculated are as follows: the first time-domain resource of N1=A+ Length * B, A and B be constant.

Illustratively, it can be 60 that A, which can be 30, B, and the unit of the length of the first time-domain resource can be ms, the situation Under, if the length of the first time-domain resource is 1ms, N1 90.

It should be noted that second network equipment can calculate first network under a variety of time-domain resource length in situation two The maximum quantity for the transmission unit for including in second data block that equipment can be handled, second network equipment can use and meter It calculates the identical method of N1 and calculates in second data block that first network equipment under every kind of time-domain resource length can be handled and include Transmission unit maximum quantity.

Optionally, can also to include: second network equipment receive this method from first network equipment in A or B at least one It is a.The A and/or B that second network equipment receives can be used for second network equipment and calculate N1.

Specifically, A and B can for first network device configuration or agreement specified in, for different first networks Equipment, A (or B) can be identical value, or different values.It illustratively, can be according to the type of first network equipment Number determine the value of A and B for first network equipment, when the model of first network equipment show the processing capacity of first network equipment compared with Gao Shi can enable determining A and B that biggish N1 is calculated, when the model of first network equipment shows that first network is set When standby processing capacity is lower, it can enable determining A and B that lesser N1 is calculated, be set with this to adapt to first network Standby processing capacity.

" the basal latency interval T1 that first network equipment eats dishes without rice or wine format according to first obtains N1 " can also state are as follows: first The network equipment determines N1 according to the length of the first time-domain resource.Specifically, length of the first network equipment according to the first time-domain resource It spends and determines N1, comprising: N1, the first formula is calculated using the first formula in first network equipment are as follows: the first time domain of N1=A+ money Length the * B, A and B in source are constant.

Method provided in an embodiment of the present invention applies also for SDAP layers, PDCP layers, the transmission of the data of rlc layer, for example, base station The maximum quantity for the PDCP SDU for including in the PDCP PDU that UE can be handled can be configured for UE, UE is according to one be configured The maximum quantity of PDCP SDU in a PDCP PDU sends uplink PDCP PDU to base station.

Embodiment three

The embodiment of the invention also provides a kind of discontinuous receptions (discontinuous reception, abbreviation DRX) Method of counting, as shown in figure 11, this method may include:

1101, UE starts DRX mode；

Specifically, UE can be after UE configures DRX, to start DRX in the network equipment.

1102, UE receives the ascending resource or lower line number that the network equipment distributes when DRX is in activated state (ACTIVE) According to.

Specifically, DRX includes two states, one is activated state, and when DRX is in activated state, UE receives signaling or number According to another is inactive state (INACTIVE), and when DRX is in inactive state, UE does not receive data.

Wherein, at least one timer or counter, timer used in the DRX of UE or meter can be used in the DRX of UE The digit of number device is specifically as follows:

(1) network equipment is the digit that UE is explicitly configured.

Digit in this case can about be set to the TTI length in format of eating dishes without rice or wine by the network equipment and UE, or by net Network equipment and UE are about set to the symbol lengths in format of eating dishes without rice or wine.

Specifically, the network equipment can explicitly configure the digit of timer used in DRX (or counter) for UE. In this case, if the digit that the network equipment is timer (or counter) used in the DRX of UE configuration is 1ms, UE DRX used in timer (or counter) digit be 1ms；If the network equipment is used in the DRX of UE configuration The digit of timer (or counter) is 0.5ms, then the digit of timer (or counter) used in the DRX of UE For 0.5ms.

(2) in a variety of numerology that UE is configured, TTI long in the corresponding shortest numerology of TTI length Degree.

It should be noted that may include symbol lengths, TTI, protection interval, subcarrier spacing in a numerology Etc. information, in embodiments of the present invention, there is one-to-one close in the information in numerology and the numerology System.

Illustratively, if there is 4 numerology, the symbol lengths for including in 4 numerology and TTI length can be with Referring to table 5, then numerology1 corresponds to t11 and t12, and numerology2 corresponds to t21 and t22, and numerology3 corresponds to t31 And t32, numerology4 correspond to t41 and t42, then digit can be the smallest TTI long in t12, t22, t32 and t42 Degree.

Table 5

numerology	Symbol lengths	TTI length
			numerology1	t11	t12
numerology2	t21	t22
			numerology3	t31	t32
numerology4	t41	t42

Specifically, the network equipment can configure a variety of numerology for UE, the MAC entity of UE can be configured with oneself A variety of numerology in, the TTI length in the corresponding shortest numerology of TTI length is used as used in DRX calmly When device (or counter) digit.

(3) in a variety of numerology that UE is configured, symbol in the corresponding shortest numerology of symbol lengths Length.

Specifically, the network equipment can configure a variety of numerology for UE, the MAC entity of UE is configured more with oneself Symbol lengths in the shortest numerology of symbol lengths in kind numerology, corresponding, as fixed used in DRX When device (or counter) digit.

Based on example shown in table 5, digit can be the smallest symbol lengths in t11, t21, t31 and t41.

(4) in a variety of numerology that UE is configured, TTI long in the corresponding shortest numerology of symbol lengths Degree.

Specifically, the network equipment can configure a variety of numerology for UE, the MAC entity of UE is configured more with oneself TTI length in the shortest numerology of symbol lengths in kind numerology, corresponding, as timing used in DRX The digit of device (or counter).

Based on example shown in table 5, if the smallest symbol lengths in t11, t21, t31 and t41 are t31, t32 is The digit of timer used in DRX (or counter).

(5) in a variety of numerology that UE is configured, the symbol in the corresponding shortest numerology of TTI length it is long Degree.

Specifically, the network equipment can configure a variety of numerology for UE, the MAC entity of UE is configured more with oneself Symbol lengths in the shortest numerology of TTI length in kind numerology, corresponding, as timing used in DRX The digit of device (or counter).

Based on example shown in table 5, if the smallest TTI length in t12, t22, t32 and t42 is t22, t21 DRX The digit of used timer (or counter).

(6) in a variety of numerology that UE is configured, TTI long in the corresponding shortest numerology of TTI length L1 times of degree, L1 are provided by network equipments configuration or agreement.

Specifically, the network equipment can configure a variety of numerology for UE, the MAC entity of UE is configured more with oneself L1 times of TTI length in the shortest numerology of TTI length in kind numerology, corresponding, as used in DRX The digit of timer (or counter).The value of L1 can be integer, be also possible to a proper fraction less than 1.

Based on example shown in table 5, if the smallest TTI length in t12, t22, t32 and t42 is t22, L1*t22 is The digit of timer used in DRX (or counter).

(7) in a variety of numerology that UE is configured, symbol in the corresponding shortest numerology of symbol lengths L2 times of length, L2 are provided by network equipments configuration or agreement.

Specifically, the network equipment can configure a variety of numerology for UE, the MAC entity of UE is configured more with oneself L2 times of symbol lengths in the shortest numerology of symbol lengths in kind numerology, corresponding, is used as DRX Timer (or counter) digit.The value of L2 can be integer, be also possible to a proper fraction less than 1.

Based on example shown in table 5, if the smallest symbol lengths in t11, t21, t31 and t41 are t11, L2*t11 For the digit of timer used in DRX (or counter).

(8) in a variety of numerology that UE is configured, TTI long in the corresponding shortest numerology of symbol lengths L3 times of degree, L3 are provided by network equipments configuration or agreement.

Specifically, the network equipment can configure a variety of numerology for UE, the MAC entity of UE is configured more with oneself L3 times of TTI length in the shortest numerology of symbol lengths in kind numerology, corresponding, is used as DRX Timer (or counter) digit.The value of L3 can be integer, be also possible to a proper fraction less than 1.

Based on example shown in table 5, if the smallest symbol lengths in t11, t21, t31 and t41 are t31, L3 × t32 For the digit of timer used in DRX (or counter).

(9) in a variety of numerology that UE is configured, the symbol in the corresponding shortest numerology of TTI length it is long L4 times of degree, L4 are provided by network equipments configuration or agreement.

Specifically, the network equipment can configure a variety of numerology for UE, the MAC entity of UE is configured more with oneself L4 times of symbol lengths in the shortest numerology of TTI length in kind numerology, corresponding, is used as DRX Timer (or counter) digit.The value of L4 can be integer, be also possible to a proper fraction less than 1.

Based on example shown in table 5, if the smallest TTI length in t12, t22, t32 and t42 is t22, L4 × t21 For the digit of timer used in DRX (or counter).

In the above-mentioned methods, a variety of numerology that UE is configured can be network equipments configuration, can also be association As defined in view.

Specifically, the network equipment can configure multiple cells, the counting of timer (or counter) used in DRX for UE Unit, all cells that can be UE share；Multiple groups can also be divided by small used in UE as the network equipment, Mei Ge little District's groups independently use the digit of DRX timer (or counter), DRX timer that different community group uses or counter Unit is different.For the cell group of any one unit for sharing DRX timer (or counter), DRX timer that UE is used The digit of (or counter) can use a fixed value as the above.

Specifically, each cell uses respective numerology, multiple cell is configured to several by the network equipment DRX group, the MAC entity of UE can determine the digit of timer (or counter) used in DRX to each DRX group.Tool Body, the digit of timer (or counter) used in the DRX determined in each DRX group can be above-mentioned (1)-(9) In any one.Cell in each DRX group shares a set of DRX, and shares (or the meter of timer used in a DRX Number devices) digit.

Wherein, digit provided in an embodiment of the present invention is suitable for UE and uses a set of DRX mechanism, and applying also for UE makes With more set DRX mechanisms.When UE uses more set DRX mechanisms simultaneously, the counter that the timer (or counter) of DRX uses respectively is covered Unit be it is independent, the digit of each timer (or counter) for covering DRX may be the same or different.

Illustratively, the network equipment can configure 4 cells (respectively cell 1, cell 2, cell 3 and cell 4) for UE, Each cell uses respective numerology, and it includes cell in DRX group 1 that 4 cells are configured to 2 DRX groups by the network equipment 1 and cell 2, DRX group 2 includes cell 3 and cell 4.Based on example shown in table 5, if cell 1 uses numerology1, cell 2 use numerology2, then by taking (2) as an example, the digit of timer used in the DRX of DRX group 1 (or counter) can Think the smallest TTI length in t12 and t22.

(10) length of the TTI where downlink information, downlink information are that the DRX determination will start or restart INACTIVE PDCCH new biography data or the ascending resource distribution that UE is received in the case of timer.

Another achievable mode, UE can also use various DRX timers different digits, and a part is fixed When device use the digit of regular length, the digit of regular length described here passes through (1)-(9) above determination；Separately A part of timer uses the digit of variable-length.For example, cell or cell group use admittedly to On DurationTimer The digit of measured length；Other DRX timers then use the digit of variable-length, by taking INACTIVE timer as an example, Each UE receives PDCCH new biography data or ascending resource distribution, and when determination will start or restart INACTIVE timer, UE The length for receiving the TTI where PDCCH new biography data or ascending resource distribution is determined, and with the length of this TTI, as this The digit of secondary INACTIVE timer.Later at the time of INACTIVE timer time-out, if just falling in some TTI Centre, UE keep ACTIVE state in some TTI.In this way, when UE starts every time or restart INACTIVE timer, if touching The length of the PDCCH new biography data or the TTI where ascending resource distribution of sending out INACTIVE timer is different, then INACTIVE The digit that timer is used is also different.

In other DRX timers, drx-RetransmissionTimer, drx-ULRetransmissionTimer are The digit of variable-length can be used.And longDRX-Cycle, drxStartOffset, drxShortCycleTimer And shortDRX-Cycle, then it can only use the digit of regular length.

In LTE system, the digit of timer used in DRX (or counter) is Physical Downlink Control Channel (physical downlink control channel, abbreviation PDCCH) subframe (subframe).In NR, UE may work Under a variety of numerology, the embodiment of the invention provides UE work at a variety of numerology, and the DRX of determining UE is made The digit of timer (or counter), so that it is user service that network system is more flexible.

It is above-mentioned that mainly scheme provided in an embodiment of the present invention is described from the angle of interaction between each network element.It can With understanding, in order to realize the above functions, it comprises execute each function for above-mentioned first network equipment and second network equipment It can corresponding hardware configuration and/or software module.Those skilled in the art should be readily appreciated that, in conjunction with disclosed herein Embodiment description each exemplary unit and algorithm steps, the present invention can be with the combination of hardware or hardware and computer software Form is realized.Some functions is executed in a manner of hardware or computer software driving hardware actually, depends on technical side The specific application and design constraint of case.Professional technician can carry out each specific application to come using distinct methods real Existing described function, but such implementation should not be considered as beyond the scope of the present invention.

The embodiment of the present invention can carry out function to first network equipment and second network equipment according to above method example The division of module, for example, each functional module of each function division can be corresponded to, it can also be by two or more functions It is integrated in a processing module.Above-mentioned integrated module both can take the form of hardware realization, can also use software function The form of energy module is realized.It should be noted that be to the division of module in the embodiment of the present invention it is schematical, it is only a kind of Logical function partition, there may be another division manner in actual implementation.

For example, Figure 12 shows above-described embodiment in the case where each function division of use correspondence each functional module Involved in first network device 120 a kind of possible structural schematic diagram, referring to Figure 12, first network device 120 includes:

Processing unit 1201, is used for acquisition capability information, and ability information is used to indicate the first quantity N1, N1 and eats dishes without rice or wine for first The maximum quantity for the transmission unit that the transmission block TB of format is supported, transmission unit are the first data block or logic channel LCH；

Transmit-Receive Unit 1202, for the second network equipment sending the first TB by the first format of eating dishes without rice or wine, the first TB is corresponding Transmission unit quantity be less than or equal to N1.

Optionally, processing unit 1201, for receiving ability letter from the second network equipment by the Transmit-Receive Unit 1202 Breath.

Optionally, ability information is the maximum that the second quantity N2, N2 is the transmission unit that the second TB for eating dishes without rice or wine format is supported Quantity, N2, the second basal latency interval T2 and first for eating dishes without rice or wine format eat dishes without rice or wine format basal latency interval T1 and N1 it is relevant Relationship.

Optionally, incidence relation are as follows: N1=(T1/T2) * N2.

Optionally, ability information includes N1.

Optionally, ability information N1, processing unit 1201, specifically between the basal latency for format of eating dishes without rice or wine according to first N1 is obtained every T1.

Optionally, N1=A+T1*B, A and B are constant.

Optionally, first network device is base station, and the second network equipment is user equipment (UE).

Optionally, first network device is UE, and the second network equipment is base station.

In a kind of situation, each unit in first network device 120 can be used for executing in above-mentioned step shown in Fig. 4 The step of first network device executes, in another case, each unit in first network device 120 can be used in execution State the step of first network device executes in step shown in Fig. 7.

In addition, when first network device executes the step that first network device executes in above-mentioned step shown in fig. 5, if Using each functional module of each function division of correspondence, first network device can include determining that unit, generation unit and transmitting-receiving Unit, determination unit is for executing step 501, and generation unit is for executing step 502, and Transmit-Receive Unit is for executing step 503. It is each according to correspondence when first network device executes the step that first network device executes in above-mentioned step shown in Fig. 8 The each functional module of function division, first network device can include determining that unit, generation unit and Transmit-Receive Unit, determination unit For executing step 801, generation unit is for executing step 802, and Transmit-Receive Unit is for executing step 803.When first network fills When setting other steps of execution, first network device can also include other units, and this will not be detailed here.

Under different situations, the beneficial effect of first network device 120 may refer to the beneficial effect of the corresponding above method, Details are not described herein.

In the case where each function division of use correspondence each functional module, Figure 13 shows involved in above-described embodiment And the second network equipment 130 a kind of possible structural schematic diagram, referring to Figure 13, the second network equipment 130 includes: that processing is single Member 1301 and Transmit-Receive Unit 1302；

Processing unit 1301 is used for:

By Transmit-Receive Unit 1302 to first network device transmitting capacity information, ability information is used to indicate the first quantity N1, N1 be first eat dishes without rice or wine format transmission block TB support transmission unit maximum quantity, transmission unit be the first data block or Person's logic channel LCH；

The oneth TB from first network device is received by the first format of eating dishes without rice or wine by Transmit-Receive Unit 1302, the first TB is corresponding The quantity of transmission unit is less than or equal to N1.

Optionally, ability information is the maximum that the second quantity N2, N2 is the transmission unit that the second TB for eating dishes without rice or wine format is supported Quantity；Wherein, the eat dishes without rice or wine basal latency interval T1 and N1 of format of N2, the second basal latency interval T2 and first for eating dishes without rice or wine format has Incidence relation.

Optionally, incidence relation are as follows: N1=(T1/T2) * N2.

Optionally, ability information includes N1.

Optionally, processing unit 1301, the basal latency interval T1 for being also used to eat dishes without rice or wine format according to first obtain N1.

Optionally, N1=A+T1*B, A and B are constant.

Optionally, Transmit-Receive Unit 1302 are also used to receive at least one of A or B from first network device.

Optionally, first network device is base station, and the second network equipment is UE.

In a kind of situation, each unit in the second network equipment 130 can be used for executing in above-mentioned step shown in Fig. 4 The step of second network equipment executes, in another case, each unit in the second network equipment 130 can be used in execution State the step of second network equipment executes in step shown in Fig. 7.

In addition, when the second network equipment executes the step that second network equipment executes in above-mentioned step shown in fig. 5, if Using each functional module of each function division of correspondence, the second network equipment may include receiving unit, and receiving unit is for holding Row step 504.When the second network equipment executes the step that second network equipment executes in above-mentioned step shown in Fig. 8, if adopting With each functional module of each function division of correspondence, the second network equipment may include receiving unit, and receiving unit is for executing Step 804.When the second network equipment executes other steps, the second network equipment can also include other units, herein no longer It is described in detail.

Under different situations, the beneficial effect of the second network equipment 130 may refer to the beneficial effect of the corresponding above method, Details are not described herein.

In the case where each function division of use correspondence each functional module, Figure 14 shows institute in above-described embodiment three A kind of possible structural schematic diagram for the UE140 being related to, includes: processing unit 1401 and Transmit-Receive Unit referring to Figure 14, UE140 1402.Processing unit 1401 is for executing above-mentioned steps 1101, and Transmit-Receive Unit 1402 is for executing above-mentioned steps 1102.

Each unit in UE140 is for realizing method shown in above-described embodiment three, therefore, the beneficial effect of UE140 It may refer to the beneficial effect of the method for above-described embodiment three, details are not described herein.

The embodiment of the invention also provides a kind of first network equipment and second network equipment, first network equipment and second The network equipment may each comprise: memory, processor, can also include at least one communication interface and communication bus；Memory For storing computer executed instructions, processor, memory and at least one communication interface are connected by communication bus, processor The computer executed instructions for executing memory storage, to realize the above method.

Specifically, the structural schematic diagram of first network equipment may refer to Fig. 2 when first network equipment is base station.Its In, processing unit 1201 can be processor 201, and Transmit-Receive Unit 1202 can be communication interface 204.When first network equipment is When UE, the structural schematic diagram of first network equipment may refer to Fig. 3.Wherein, processing unit 1201 can be processor 301, receive Bill member 1202 can be communication interface 304.When second network equipment is base station, the structural schematic diagram of second network equipment can With referring to fig. 2.Wherein, processing unit 1302 can be processor 201, and Transmit-Receive Unit 1302 can be communication interface 204.When When two network equipments are UE, the structural schematic diagram of second network equipment may refer to Fig. 3.Wherein, processing unit 1302 can be Processor 301, Transmit-Receive Unit 1302 can be communication interface 304.

The embodiment of the invention also provides a kind of UE, comprising: memory, processor can also include at least one communication Interface and communication bus；For memory for storing computer executed instructions, processor, memory and at least one communication interface are logical Communication bus connection is crossed, processor executes the computer executed instructions of memory storage, to realize shown in above-described embodiment three Method.Specifically, the structural schematic diagram of UE may refer to Fig. 3, wherein processing unit 1401 can be processor 301, transmitting-receiving Unit 1402 can be communication interface 304.

The embodiment of the invention also provides a kind of computer readable storage mediums, including instruction, when it is transported on computers When row, so that computer executes any one method that above-described embodiment one, embodiment two and embodiment three provide.

The embodiment of the invention also provides a kind of computer program products comprising instruction, when it runs on computers When, so that computer executes any one method that above-described embodiment one, embodiment two and embodiment three provide.

The embodiment of the invention also provides a kind of device, which exists with the product form of chip, which includes place Device, memory and transmitting-receiving subassembly are managed, transmitting-receiving subassembly includes imput output circuit, and memory is used to store computer executed instructions, Processor realizes above-described embodiment one, embodiment two and embodiment three by executing the computer executed instructions stored in memory Any one method provided.

In the above-described embodiments, can come wholly or partly by software, hardware, firmware or any combination thereof real It is existing.When being realized using software program, can entirely or partly realize in the form of a computer program product.The computer Program product includes one or more computer instructions.On computers load and execute computer program instructions when, all or It partly generates according to process or function described in the embodiment of the present invention.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 Word user line (digital subscriber line, abbreviation DSL)) or wireless (such as infrared, wireless, microwave etc.) mode to Another web-site, computer, server or data center are transmitted.The computer readable storage medium can be meter Any usable medium that calculation machine can access either includes server, the data center that one or more can use medium to integrate Equal data storage devices.The usable medium can be magnetic medium (for example, floppy disk, hard disk, tape), optical medium (for example, ) or semiconductor medium (such as solid state hard disk (solid state disk, abbreviation SSD)) etc. DVD.

Although combining each embodiment herein, invention has been described, however, implementing the claimed invention In the process, those skilled in the art are by checking the attached drawing, disclosure and the appended claims, it will be appreciated that and it is real Other variations of the existing open embodiment.In the claims, " comprising " (comprising) word is not excluded for other compositions Part or step, "a" or "an" are not excluded for multiple situations.Claim may be implemented in single processor or other units In several functions enumerating.Mutually different has been recited in mutually different dependent certain measures, it is not intended that these are arranged It applies to combine and generates good effect.

Although in conjunction with specific features and embodiment, invention has been described, it is clear that, do not departing from this hair In the case where bright spirit and scope, it can be carry out various modifications and is combined.Correspondingly, the specification and drawings are only institute The exemplary illustration of the invention that attached claim is defined, and be considered as covered in the scope of the invention any and all and repair Change, change, combining or equivalent.Obviously, those skilled in the art various changes and modifications can be made to the invention without It is detached from the spirit and scope of the present invention.If in this way, these modifications and changes of the present invention belong to the claims in the present invention and its Within the scope of equivalent technologies, then the present invention is also intended to include these modifications and variations.

Claims

1. a kind of data processing method characterized by comprising

First network equipment acquisition capability information, the ability information are used to indicate the first quantity N1, the N1 and eat dishes without rice or wine for first The maximum quantity for the transmission unit that the transmission block TB of format is supported, the transmission unit are the first data block or logic channel LCH；

The first network equipment to second network equipment sends the first TB by the described first format of eating dishes without rice or wine, and the described first TB pairs The quantity for the transmission unit answered is less than or equal to the N1.

2. the method according to claim 1, wherein the first network equipment acquisition capability information, comprising:

The first network equipment receives the ability information from second network equipment.

3. according to the method described in claim 2, it is characterized in that, the ability information is the second quantity N2, the N2 is the The maximum quantity for the transmission unit that two TB for eating dishes without rice or wine format are supported, the basal latency interval that the N2, described second eat dishes without rice or wine format T2 and described first eat dishes without rice or wine format basal latency interval T1 it is relevant with the N1.

4. according to the method described in claim 3, it is characterized in that, the incidence relation are as follows: N1=(T1/T2) * N2.

5. according to the method described in claim 2, it is characterized in that, the ability information includes the N1.

6. the first network is set the method according to claim 1, wherein the ability information is the N1 Standby acquisition capability information, comprising:

The basal latency interval T1 that the first network equipment eats dishes without rice or wine format according to described first obtains the N1.

7. according to the method described in claim 6, it is characterized in that, N1=A+T1*B, A and B are constant.

8. method according to claim 1-7, which is characterized in that the first network equipment is base station, described Second network equipment is user equipment (UE).

9. method according to claim 1-7, which is characterized in that the first network equipment is UE, described the Two network equipments are base station.

10. a kind of data processing method characterized by comprising

Second network equipment is used to indicate the first quantity N1, institute to first network equipment transmitting capacity information, the ability information The maximum quantity that N1 is the transmission unit that the first transmission block TB for eating dishes without rice or wine format is supported is stated, the transmission unit is the first data block Or logic channel LCH；

Second network equipment by described first eat dishes without rice or wine format from the first network equipment receive the first TB, described first The quantity of the corresponding transmission unit of TB is less than or equal to the N1.

11. according to the method described in claim 10, it is characterized in that, the ability information is that the second quantity N2, the N2 is The maximum quantity for the transmission unit that second TB for eating dishes without rice or wine format is supported；Wherein, the N2, described second eat dishes without rice or wine format basis when Between interval T2 and described first eat dishes without rice or wine format basal latency interval T1 it is relevant with the N1.

12. according to the method for claim 11, which is characterized in that the incidence relation are as follows: N1=(T1/T2) * N2.

13. according to the method described in claim 10, it is characterized in that, the ability information includes the N1.

14. according to the method for claim 13, which is characterized in that the method also includes:

The basal latency interval T1 that second network equipment eats dishes without rice or wine format according to described first obtains the N1.

15. according to the method for claim 14, which is characterized in that N1=A+T1*B, A and B are constant.

16. according to the method for claim 15, which is characterized in that the method also includes:

Second network equipment receives at least one of the described A or B from the first network equipment.

17. the described in any item methods of 0-16 according to claim 1, which is characterized in that the first network equipment sets for user Standby UE, second network equipment are base station.

18. the described in any item methods of 0-16 according to claim 1, which is characterized in that the first network equipment is base station, institute Stating second network equipment is UE.

19. a kind of first network device characterized by comprising

Processing unit, is used for acquisition capability information, and the ability information is used to indicate the first quantity N1, the N1 and eats dishes without rice or wine for first The maximum quantity for the transmission unit that the transmission block TB of format is supported, the transmission unit are the first data block or logic channel LCH；

Transmit-Receive Unit, for the second network equipment sending the first TB by the described first format of eating dishes without rice or wine, the first TB is corresponding Transmission unit quantity be less than or equal to the N1.

20. first network device according to claim 19, which is characterized in that

The processing unit, for receiving the ability information from second network equipment by the Transmit-Receive Unit.

21. first network device according to claim 20, which is characterized in that the ability information is the second quantity N2, The N2 is the maximum quantity for the transmission unit that the second TB for eating dishes without rice or wine format is supported, the base that the N2, described second eat dishes without rice or wine format Plinth time interval T2 and described first eat dishes without rice or wine format basal latency interval T1 it is relevant with the N1.

22. first network device according to claim 21, which is characterized in that the incidence relation are as follows:

N1=(T1/T2) * N2.

23. first network device according to claim 20, which is characterized in that the ability information includes the N1.

24. first network device according to claim 19, which is characterized in that the ability information is the N1,

The processing unit obtains the N1 specifically for the basal latency interval T1 for eating dishes without rice or wine format according to described first.

25. first network device according to claim 24, which is characterized in that N1=A+T1*B, A and B are constant.

26. the described in any item first network devices of 9-25 according to claim 1, which is characterized in that the first network device For base station, second network equipment is user equipment (UE).

27. the described in any item first network devices of 9-25 according to claim 1, which is characterized in that the first network device For UE, second network equipment is base station.

28. a kind of second network equipment characterized by comprising processing unit and Transmit-Receive Unit；

The processing unit is used for:

By the Transmit-Receive Unit to first network device transmitting capacity information, the ability information is used to indicate the first quantity N1, the N1 are the maximum quantity for the transmission unit that the first transmission block TB for eating dishes without rice or wine format is supported, the transmission unit is first Data block or logic channel LCH；

By the Transmit-Receive Unit by described first eat dishes without rice or wine format from the first network device receive the first TB, described first The quantity of the corresponding transmission unit of TB is less than or equal to the N1.

29. the second network equipment according to claim 28, which is characterized in that the ability information is the second quantity N2, The N2 is the maximum quantity for the transmission unit that the second TB for eating dishes without rice or wine format is supported；Wherein, the N2, described second are eated dishes without rice or wine format Basal latency interval T2 and described first eat dishes without rice or wine format basal latency interval T1 it is relevant with the N1.

30. the second network equipment according to claim 29, which is characterized in that the incidence relation are as follows:

N1=(T1/T2) * N2.

31. the second network equipment according to claim 28, which is characterized in that the ability information includes the N1.

32. the second network equipment according to claim 31, which is characterized in that

The processing unit, the basal latency interval T1 for being also used to eat dishes without rice or wine format according to described first obtain the N1.

33. the second network equipment according to claim 32, which is characterized in that N1=A+T1*B, A and B are constant.

34. the second network equipment according to claim 33, which is characterized in that

The Transmit-Receive Unit is also used to receive at least one of the described A or B from the first network device.

35. according to described in any item second network equipments of claim 28-34, which is characterized in that the first network device For user equipment (UE), second network equipment is base station.

36. according to described in any item second network equipments of claim 28-34, which is characterized in that the first network device For base station, second network equipment is UE.

37. a kind of first network device characterized by comprising memory, processor；

The memory executes the computer of the memory storage for storing computer executed instructions, the processor It executes instruction, so that first network device realizes the method that any one claim in claim 1-9 provides.

38. a kind of second network equipment characterized by comprising memory, processor；

The memory executes the computer of the memory storage for storing computer executed instructions, the processor It executes instruction, so that the second network equipment realizes the method that any one claim in claim 10-18 provides.