CN108271251A

CN108271251A - A kind of resource determining method of upload control, device, transmitting terminal and receiving terminal

Info

Publication number: CN108271251A
Application number: CN201611253511.XA
Authority: CN
Inventors: 苟伟; 毕峰; 郝鹏
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2016-12-30
Filing date: 2016-12-30
Publication date: 2018-07-10
Also published as: WO2018121052A1

Abstract

The present invention proposes a kind of resource determining method of upload control, device, transmitting terminal and receiving terminal, this method and includes：The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured for receiving terminal for transmitting terminal, Q is positive integer, in the candidate resource for the PUCCH being configured in the range of the frequency domain resource of at least a Physical Uplink Shared Channel PUSCH or Physical Downlink Shared Channel PDSCH for being located at the receiving terminal.Specific PUCCH resource of the PUCCH candidate resources in the range of the frequency domain resource of the PUSCH or PDSCH of receiving terminal as receiving terminal is selected, can ensure the channel quality of PUCCH transmission in this way, is conducive to promote PUCCH performances.

Description

A kind of resource determining method of upload control, device, transmitting terminal and receiving terminal

Technical field

The present invention relates to field of communication technology more particularly to a kind of resource determining method of upload control, device, transmitting terminals And receiving terminal.

Background technology

Third generation mobile communication system NR (New Radio) is being studied, and is standardized work, this is also current One of focus of 3GPP.

In the NR systems that can determine at present, there are 3 kinds of typical services types in the future.Common business includes：eMBB (enhanced Mobile BroadBand)、URLLC(Ultra-Reliable and Low Latency ) and mMTC (massive Machine Type Communications) Communications.These business for time delay, Covering and reliability requirements are not quite similar.For example, for eMBB, mainly emphasize high hardware circuit solution, time delay is wanted Ask not high, reliability medium request.For URLLC, it is emphasised that low time delay, high reliability transport, for delay requirement very It is harsh.For mMTC, then emphasize it is a large amount of in terminals, Connection Density greatly and requires the transmission of bigger to cover, to time delay almost without It is required that.

Here is some wireless data designed for the 5th generation wireless communication technique (5G), control structures.Fig. 7 is NR morning The structure diagram of transmission unit in phase technical discussion, as shown in fig. 7, being considered as a BTU Basic Transmission Unit, such as one Since multiple OFDM (Orthogonal Frequency Division Multiplexing, Orthogonal Frequency Division Multiplexing) symbol forms TTI (Transmission Time Interval, Transmission Time Interval) or a subframe being made of multiple TTI.Its In, downlink control be base station be sent to UE with the relevant control category information of downlink data；Protection interval (GP), is used to implement and connects Transmit/receive the time that state is sent to convert；Upstream data is the data that UE is sent to base station；Upload control is that UE is sent to base station Downlink data receive the UE such as ACK/NACK feedback informations, channel state information, scheduling request need to be sent to base station in addition to upper Information except row data.

In the figure 7 it can be seen that following basic characteristics：

1. when including upstream data in subframe (or TTI, under by taking subframe as an example), upload control is always at subframe end It in OFDM symbol, and is continuous between upstream data, that is, there is no protection interval GP.

2. always downlink controls before subframe, and there are protection intervals between upstream data.

Above-mentioned design is there are following problem, under given scene, such as in unauthorized carrier case or shared mandate When there are it is following the problem of：

At present in NR systems, determining the mode of upload control and upstream data frequency division will also be supported, in this way, upload control There are time-division, the modes of frequency division between the upstream data of domain.But only show in the structure of above-mentioned Fig. 7 in the structure and own Upload control resource, then for some terminal UE, how to determine that the UE specifically makes in the resource of the upload control Which resource to become this field urgent problem to be solved come transmitting uplink control information with.

Invention content

The technical problem to be solved by the present invention is to, provide a kind of resource determining method of upload control, device, transmitting terminal and How receiving terminal determines the uplink control information transmission resource of receiving terminal in NR systems.

The technical solution adopted by the present invention is the resource determining method of the upload control, including：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured for receiving terminal for transmitting terminal, and Q is positive integer, is configured PUCCH candidate resource at least a Physical Uplink Shared Channel PUSCH for being located at the receiving terminal or physical down be total to In the range of the frequency domain resource for enjoying channel PDSCH.

Further, the method further includes：

Transmitting terminal selects a specific PUCCH resource used for the receiving terminal from the candidate resource of the PUCCH, And the specific PUCCH resource is informed into the receiving terminal.

A PUCCH of candidate resource carrying receiving terminal or a UCI (Uplink of receiving terminal of every part of PUCCH Control Information, ascending control information) transmission.

Further, the candidate resource of PUCCH is configured for receiving terminal for the transmitting terminal, including following two modes：

Mode one：The candidate resource of Q parts of PUCCH is configured by physical layer signaling or high-level signaling for receiving terminal for transmitting terminal；

Mode two：The candidate resource of M parts of PUCCH is configured by physical layer signaling or high-level signaling for receiving terminal for transmitting terminal, Transmitting terminal and receiving terminal by way of arranging in advance by the candidate resource of W parts of PUCCH be configured to the receiving terminal PUSCH or In the range of the frequency domain resource of PDSCH, W+M=Q, W are the integer more than or equal to 1, and M is the integer more than or equal to 0.

Further, in the mode two, transmitting terminal is by physical layer signaling or high-level signaling, in the receiving terminal In frequency domain in addition to the frequency domain resource range of PUSCH and/or PDSCH, the time of M parts of PUCCH is configured for the receiving terminal Select resource.

Further, the physical layer signaling includes：PDCCH (Physical Downlink Control Channel, Physical Downlink Control Channel) in DCI (Downlink Control Information, Downlink Control Information)；

The high-level signaling includes：The dedicated RRC of receiving terminal (Radio Resource Control, wireless heterogeneous networks) Message.

Further, the specific PUCCH resource is informed the receiving terminal by transmitting terminal, including：

Transmitting terminal is in a manner that physical layer signaling is to receiving terminal instruction or by way of arranging in advance with receiving terminal The specific PUCCH resource is informed into the receiving terminal.

Further, it is described to be informed the specific PUCCH resource by way of receiving terminal instruction physical layer signaling The receiving terminal, including：Transmitting terminal, which sends physical layer signaling and included in the physical layer signaling, is used to indicate the reception Hold the bit of specific PUCCH resource used；Alternatively,

When transmitting terminal sends physical layer signaling but does not make in the physical layer signaling including being used to indicate the receiving terminal During the bit of specific PUCCH resource, transmitting terminal determines that the specific PUCCH resource that the receiving terminal uses is with receiving terminal The candidate resource of PUCCH in the frequency domain of the PUSCH or PDSCH of the receiving terminal；

It is described that the specific PUCCH resource is informed into the receiving terminal by way of arranging in advance with receiving terminal, including： When transmitting terminal does not send the physical layer signaling come when indicating specific PUCCH resource that the receiving terminal uses, transmitting terminal is with connecing Receiving end determines the frequency domain model that the specific PUCCH resource that the receiving terminal uses is PUSCH or PDSCH positioned at the receiving terminal The candidate resource of PUCCH in enclosing.

Further, when the candidate resource of PUCCH in the frequency domain positioned at the PUSCH or PDSCH of the receiving terminal is At more parts：

The specific PUCCH resource that the receiving terminal uses is：Positioned at the frequency domain model of the PUSCH or PDSCH of the receiving terminal Enclose the candidate resource of the minimum or maximum PUCCH of index value in the candidate resource of interior PUCCH；

Or, the specific PUCCH resource that the receiving terminal uses is：From the frequency of PUSCH or PDSCH positioned at the receiving terminal In the range of domain in the candidate resource of PUCCH index value it is minimum or maximum PUCCH candidate resources start, sequence or backward selection The candidate resource of required amount of PUCCH.

Further, transmitting terminal is configured to the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal Candidate resource occupied by part the receiving terminal PUSCH or PDSCH part or all of frequency domain resource；Alternatively,

Transmitting terminal is configured to the candidate resource of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal The Physical Resource Block PRB of occupancy comes from the PRB of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal in whole or in part.

Further, the method further includes：Transmitting terminal is matched by physical layer signaling or high-level signaling for the receiving terminal Put OFDM (the Orthogonal Frequency Division of the scheduling unit where the candidate resource of the Q parts of PUCCH Multiplexing, Orthogonal Frequency Division Multiplexing) character position and/or OFDM symbol quantity, the OFDM symbol of the candidate resource of PUCCH Position is to be configured in the scheduling unit where the candidate resource from PUCCH or be configured from back to front from front to back, wherein, it is described Before configuration refers to the OFDM symbol of the PUSCH or PDSCH of the scheduling unit where candidate resource from PUCCH from front to back It is configured backward.

Further, it in the case where the candidate resource of PUCCH is configured for multiple receiving terminals in transmitting terminal, is connect when the multiple The frequency domain resource overlapping of PUSCH or PDSCH of the receiving end in different scheduling units and the multiple receiving terminal use specific When PUCCH resource is in same scheduling unit,

Transmitting terminal indicates specific PUCCH resource that the multiple receiving terminal uses from respective PUCCH by physical layer signaling Candidate resource in redefine to ensure that the specific PUCCH resource that the multiple receiving terminal uses does not conflict on frequency domain；Or Person,

Transmitting terminal indicates the OFDM symbol position of specific PUCCH resource that the multiple receiving terminal uses by physical layer signaling It puts and differs.

Further, transmitting terminal is in the candidate resource of the current scheduling unit configuration PUCCH for the receiving terminal：

Transmitting terminal by the receiving terminal in the current scheduling unit in the candidate resource of the PUCCH of required configuration at least Portion configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of the current scheduling unit；

Alternatively,

Transmitting terminal selects one from multiple continuous scheduling units before the current scheduling unit of the receiving terminal A benchmark scheduling unit, by the receiving terminal, the candidate of the PUCCH of required configuration in the current scheduling unit provides transmitting terminal At least a configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of the benchmark scheduling unit in source.

Further, the benchmark scheduling unit is the last one in the multiple continuous scheduling unit.

Further, the specific PUCCH resource that the receiving terminal uses is located at the scheduling where the specific PUCCH resource In the range of the frequency domain resource of the PUSCH or PDSCH of unit, alternatively, the frequency domain of the PUSCH or PDSCH positioned at other scheduling units In scope of resource.

The present invention also provides a kind of resource determining method of upload control, including：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured by transmitting terminal for receiving terminal, and Q is positive integer, is configured PUCCH candidate resource at least a Physical Uplink Shared Channel PUSCH for being located at the receiving terminal or physical down be total to In the range of the frequency domain resource for enjoying channel PDSCH.

Further, the method further includes：

Receiving terminal knows specific PUCCH resource, and the specific PUCCH resource is candidate money of the transmitting terminal from the PUCCH A specific PUCCH resource used for the receiving terminal is selected in source.

A PUCCH of candidate resource carrying receiving terminal or a UCI transmission of receiving terminal of every part of PUCCH.

Further, the candidate resource of Q parts of PUCCH is configured by transmitting terminal for the receiving terminal, including following two modes：

Mode one：Receiving terminal is by way of receiving physical layer signaling or high-level signaling by Q parts of PUCCH's of transmitting terminal configuration Candidate resource；

Mode two：Receiving terminal is by way of receiving physical layer signaling or high-level signaling by M parts of PUCCH's of transmitting terminal configuration The candidate resource of W parts of PUCCH is configured to institute by candidate resource, receiving terminal by way of arranging in advance with transmitting terminal by transmitting terminal It states in the range of the frequency domain resource of PUSCH or PDSCH of receiving terminal, W+M=Q, W is the integer more than or equal to 1, and M is more than or equal to 0 Integer.

Further, in the mode two, receiving terminal is sent out by way of receiving physical layer signaling or high-level signaling M parts of PUCCH are configured in sending end in the frequency domain in addition to the frequency domain resource range of PUSCH and/or PDSCH of the receiving terminal Candidate resource.

Further, the physical layer signaling includes：DCI in PDCCH；

The high-level signaling includes：The dedicated RRC information of receiving terminal.

Further, the receiving terminal knows specific PUCCH resource, including：

By way of the physical layer signaling that receiving terminal is sent receiving transmitting terminal or by arranging in advance with transmitting terminal Mode knows the specific PUCCH resource.

Further, know by way of the physical layer signaling that the receiving terminal is sent receiving transmitting terminal described specific PUCCH resource, including：Receiving terminal receives the physical layer signaling of transmitting terminal transmission and is included in the physical layer signaling and is used for Indicate the bit of specific PUCCH resource that the receiving terminal uses；Alternatively,

When receiving terminal receives the physical layer signaling of transmitting terminal transmission but does not include referring in the physical layer signaling When showing the bit of specific PUCCH resource that the receiving terminal uses, receiving terminal determines what the receiving terminal used with transmitting terminal Candidate resource of the specific PUCCH resource for the PUCCH in the frequency domain of the PUSCH or PDSCH of the receiving terminal；

The receiving terminal knows the specific PUCCH resource by way of arranging in advance with transmitting terminal, including：Work as reception End does not receive the physical layer signaling of transmitting terminal transmission come when indicating specific PUCCH resource that the receiving terminal uses, receiving terminal with Transmitting terminal determines the frequency domain that the specific PUCCH resource that the receiving terminal uses is PUSCH or PDSCH positioned at the receiving terminal In the range of PUCCH candidate resource.

Further, receiving terminal is configured to by transmitting terminal in the range of the frequency domain resource of PUSCH or PDSCH of the receiving terminal PUCCH candidate resource occupied by part the receiving terminal PUSCH or PDSCH part or all of frequency domain resource；Alternatively,

Receiving terminal is configured to the PUCCH's in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal by transmitting terminal The Physical Resource Block PRB that candidate resource occupies comes from the frequency domain money of the PUSCH or PDSCH of the receiving terminal in whole or in part The PRB in source.

Further, the method further includes：

The Q is configured by transmitting terminal by way of physical layer signaling or high-level signaling that receiving terminal is sent receiving transmitting terminal The OFDM symbol position of scheduling unit and/or OFDM symbol quantity where the candidate resource of part PUCCH, the candidate money of PUCCH The OFDM symbol position in source is to be configured in the scheduling unit where the candidate resource from PUCCH or match from back to front from front to back It puts, wherein, the configuration from front to back refers to the PUSCH's or PDSCH of the scheduling unit where candidate resource from PUCCH It is configured backward before OFDM symbol.

Further, it in the case where multiple receiving terminals are by the candidate resource of transmitting terminal configuration PUCCH, is connect when the multiple The frequency domain resource overlapping of PUSCH or PDSCH of the receiving end in different scheduling units and the multiple receiving terminal use specific When PUCCH resource is in same scheduling unit,

The physical layer signaling that each receiving terminal in the multiple receiving terminal receives transmitting terminal is indicated with from described every A receiving terminal respectively redefines the specific PUCCH resource that respectively uses in the candidate resource of PUCCH to ensure the multiple connect The specific PUCCH resource that receiving end uses does not conflict on frequency domain；Alternatively,

The physical layer signaling instruction that each receiving terminal in the multiple receiving terminal receives transmitting terminal is described to ensure The OFDM symbol position for the specific PUCCH resource that multiple receiving terminals use differs.

Further, when the candidate resource of PUCCH is configured for current scheduling unit by transmitting terminal in receiving terminal：

By transmitting terminal, by the receiving terminal, the candidate of the PUCCH of required configuration in the current scheduling unit provides receiving terminal At least a configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of the current scheduling unit in source；Alternatively,

By transmitting terminal, by the receiving terminal, the candidate of the PUCCH of required configuration in the current scheduling unit provides receiving terminal At least a configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of benchmark scheduling unit in source, the benchmark scheduling unit It is the tune that transmitting terminal is selected from multiple continuous scheduling units before the current scheduling unit of the receiving terminal Spend unit.

The present invention also provides a kind of resource determining devices of upload control, are set to and send end side, and described device includes：

Configuration module, for the candidate resource of Q parts of Physical Uplink Control Channel PUCCH to be configured for receiving terminal, Q is just whole It counts, at least a Physical Uplink Shared Channel PUSCH or object for being located at the receiving terminal in the candidate resource for the PUCCH being configured In the range of the frequency domain resource for managing DSCH Downlink Shared Channel PDSCH.

Further, described device further includes：

Inform module, it is specific for portion to be selected to use for the receiving terminal from the candidate resource of the PUCCH PUCCH resource, and the specific PUCCH resource is informed into the receiving terminal.

Further, the configuration module, for for receiving terminal be configured PUCCH candidate resource when, using following two Kind mode：

Further, the configuration module, in the mode two, by receiving terminal send physical layer signaling or The mode of high-level signaling, in the frequency domain in addition to the frequency domain resource range of PUSCH and/or PDSCH of the receiving terminal, The candidate resource of M parts of PUCCH is configured for the receiving terminal.

Further, the physical layer signaling includes：DCI in PDCCH；

Further, it is described to inform module, it is used for：Physical layer signaling to receiving terminal instruction by way of or by with The specific PUCCH resource is informed the receiving terminal by the mode that receiving terminal is arranged in advance.

Further, it is described to inform module, it is used for：By the tool by way of physical layer signaling to receiving terminal instruction In the case that body PUCCH resource informs the receiving terminal, physical layer signaling is sent and in the physical layer signaling comprising being used for Indicate the bit of specific PUCCH resource that the receiving terminal uses；Alternatively,

In the tool for sending physical layer signaling but not used in the physical layer signaling including being used to indicate the receiving terminal During the bit of body PUCCH resource, determine that the specific PUCCH resource that the receiving terminal uses is positioned at the reception with receiving terminal The candidate resource of PUCCH in the frequency domain of the PUSCH or PDSCH at end；

It is described to inform module, it is used for：The specific PUCCH resource is being informed by way of arranging in advance with receiving terminal In the case of the receiving terminal, specific PUCCH resource that the receiving terminal uses is indicated not sending the physical layer signaling When, determine that the specific PUCCH resource that the receiving terminal uses is the PUSCH or PDSCH positioned at the receiving terminal with receiving terminal Frequency domain in PUCCH candidate resource.

Further, it is configured to the candidate of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal Resource is occupied the part or all of frequency domain resource of the PUSCH or PDSCH of the receiving terminal by part；Alternatively,

It is configured to the candidate resource occupancy of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal Physical Resource Block PRB comes from the PRB of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal in whole or in part.

Further, the configuration module, is additionally operable to：It is configured by physical layer signaling or high-level signaling for the receiving terminal The OFDM symbol position of scheduling unit where the candidate resource of the Q parts of PUCCH and/or OFDM symbol quantity, the time of PUCCH The OFDM symbol position for selecting resource is configuration or from backward from front to back in scheduling unit where the candidate resource from PUCCH Preceding configuration, wherein, the configuration from front to back refer to the scheduling unit where candidate resource from PUCCH PUSCH or It is configured backward before the OFDM symbol of PDSCH.

Further, in the case where the candidate resource of PUCCH is configured for multiple receiving terminals in the configuration module, when described The frequency domain resource overlapping and the use of the multiple receiving terminal of PUSCH or PDSCH of multiple receiving terminals in different scheduling units Specific PUCCH resource in same scheduling unit when,

The configuration module be used for by physical layer signaling indicate specific PUCCH resource that the multiple receiving terminal uses from It redefines to ensure specific PUCCH resource that the multiple receiving terminal uses on frequency domain in the candidate resource of respective PUCCH Do not conflict；Alternatively,

The OFDM symbol position of specific PUCCH resource that the multiple receiving terminal uses not phase is indicated by physical layer signaling Together.

Further, the configuration module is used for：In the time of the current scheduling unit configuration PUCCH for the receiving terminal When selecting resource：

By the receiving terminal, at least portion is matched in the candidate resource of the PUCCH of required configuration in the current scheduling unit It puts in the range of the frequency domain resource of the PUSCH or PDSCH of the current scheduling unit；Alternatively,

A benchmark is selected in multiple continuous scheduling units before from the current scheduling unit of the receiving terminal Scheduling unit, the receiving terminal is at least a in the candidate resource of the PUCCH of required configuration in the current scheduling unit Configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of the benchmark scheduling unit.

The present invention also provides a kind of resource determining devices of upload control, are set to and receive end side, and described device includes：

It is configured module, for the candidate resource of Q parts of Physical Uplink Control Channel PUCCH to be configured by transmitting terminal, Q is just whole It counts, at least a Physical Uplink Shared Channel PUSCH or object for being located at the receiving terminal in the candidate resource for the PUCCH being configured In the range of the frequency domain resource for managing DSCH Downlink Shared Channel PDSCH.

Further, described device further includes：Module is known, for knowing specific PUCCH resource, the specific PUCCH Resource is that transmitting terminal selects a specific PUCCH resource used for the receiving terminal from the candidate resource of the PUCCH.

Further, it is described to be configured module, in the candidate resource that Q parts of PUCCH are configured by transmitting terminal, use with Lower two ways：

Mode one：Q parts of the candidate of PUCCH are configured by transmitting terminal by way of receiving physical layer signaling or high-level signaling to provide Source；

Mode two：M parts of the candidate of PUCCH are configured by transmitting terminal by way of receiving physical layer signaling or high-level signaling to provide The candidate resource of W parts of PUCCH is configured to the receiving terminal by source by way of arranging in advance with transmitting terminal by transmitting terminal In the range of the frequency domain resource of PUSCH or PDSCH, W+M=Q, W are the integer more than or equal to 1, and M is the integer more than or equal to 0.

Further, it is described to be configured module, in the mode two, being believed by receiving physical layer signaling or high level The mode of order, by transmitting terminal the receiving terminal the frequency domain in addition to the frequency domain resource range of PUSCH and/or PDSCH The candidate resource of M parts of PUCCH of interior configuration.

Further, the physical layer signaling includes：DCI in PDCCH；

Further, it is described to know module, for by way of the physical layer signaling sent receiving transmitting terminal or logical It crosses the mode arranged in advance with transmitting terminal and knows the specific PUCCH resource.

Further, it is described to know module, for knowing by way of the physical layer signaling sent receiving transmitting terminal In the case of the specific PUCCH resource, receive the physical layer signaling of transmitting terminal transmission and wrapped in the physical layer signaling Containing the bit of specific PUCCH resource for being used to indicate the receiving terminal and using；Alternatively,

In the physical layer signaling do not include when the physical layer signaling for receiving transmitting terminal transmission but being used to indicate described During the bit of specific PUCCH resource that receiving terminal uses, the specific PUCCH resource that the receiving terminal uses is determined with transmitting terminal Candidate resource for the PUCCH in the frequency domain of the PUSCH or PDSCH that are located at the receiving terminal；

It is described to know module, for knowing the specific PUCCH resource by way of arranging in advance with transmitting terminal In the case of, when the physical layer signaling for not receiving transmitting terminal transmission is come when indicating specific PUCCH resource that the receiving terminal uses, with Transmitting terminal determines the frequency domain that the specific PUCCH resource that the receiving terminal uses is PUSCH or PDSCH positioned at the receiving terminal In the range of PUCCH candidate resource.

Further, it is configured in the range of the frequency domain resource of PUSCH or PDSCH of the receiving terminal by transmitting terminal The candidate resource of PUCCH is occupied the part or all of frequency domain resource of the PUSCH or PDSCH of the receiving terminal by part；Alternatively,

The candidate money of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal is configured to by transmitting terminal The Physical Resource Block PRB that source occupies comes from the frequency domain resource of the PUSCH or PDSCH of the receiving terminal in whole or in part PRB。

Further, it is described to be configured module, it is additionally operable to：By receiving physical layer signaling or the high-rise letter that transmitting terminal is sent The mode of order be configured by transmitting terminal the scheduling unit where the candidate resource of the Q parts of PUCCH OFDM symbol position and/or OFDM symbol quantity, the OFDM symbol position of the candidate resource of PUCCH are in the scheduling unit where the candidate resource from PUCCH It is configured or is configured from back to front from front to back, wherein, the configuration from front to back is referred to where the candidate resource of PUCCH Scheduling unit PUSCH or PDSCH OFDM symbol before be configured backward.

The module that is configured of each receiving terminal in the multiple receiving terminal receives the physical layer signaling of transmitting terminal and refers to Show and protected with redefining the specific PUCCH resource respectively used from each receiving terminal respectively candidate resource of PUCCH The specific PUCCH resource that the multiple receiving terminal uses is demonstrate,proved on frequency domain not conflict；Alternatively,

The module that is configured of each receiving terminal in the multiple receiving terminal receives the physical layer signaling of transmitting terminal and refers to Show to ensure that the OFDM symbol position of specific PUCCH resource that the multiple receiving terminal uses differs.

Further, the module that is configured is used for：By transmitting terminal for candidate the providing of current scheduling unit configuration PUCCH During source：

By transmitting terminal by the receiving terminal in the current scheduling unit in the candidate resource of the PUCCH of required configuration extremely Few a configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of the current scheduling unit；Alternatively,

By transmitting terminal by the receiving terminal in the current scheduling unit in the candidate resource of the PUCCH of required configuration extremely In the range of the frequency domain resource of the PUSCH or PDSCH of benchmark scheduling unit, the benchmark scheduling unit is to send for few a configuration Hold the scheduling unit selected from multiple continuous scheduling units before the current scheduling unit of the receiving terminal.

The present invention also provides a kind of transmitting terminal, including processor and it is stored with the storage of the processor-executable instruction Device when described instruction is executed by processor, performs following operation：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured for receiving terminal, Q is positive integer, is configured At least a Physical Uplink Shared Channel PUSCH for being located at the receiving terminal or physical down are shared in the candidate resource of PUCCH In the range of the frequency domain resource of channel PDSCH.

Further, a PUCCH of candidate resource carrying receiving terminal or a UCI of receiving terminal of every part of PUCCH Transmission；

The operation that the processor performs specifically includes：When the candidate resource of PUCCH is configured for receiving terminal, using following two Kind mode：

The present invention also provides a kind of receiving terminal, including processor and it is stored with the storage of the processor-executable instruction Device when described instruction is executed by processor, performs following operation：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured by transmitting terminal, Q is positive integer, is configured At least a Physical Uplink Shared Channel PUSCH for being located at the receiving terminal or physical down are shared in the candidate resource of PUCCH In the range of the frequency domain resource of channel PDSCH.

The operation that the processor performs specifically includes：In the candidate resource that Q part PUCCH are configured by transmitting terminal, use Following two modes：

Using above-mentioned technical proposal, the present invention at least has following advantages：

Resource determining method, device, transmitting terminal and the receiving terminal of upload control of the present invention, when transmitting terminal is receiving terminal When Q parts of PUCCH candidate resources are configured, transmitting terminal is it should be ensured that at least portion PUCCH candidate resources fall the PUSCH in receiving terminal Or in the range of the frequency domain resource of PDSCH；Or when Q parts of PUCCH candidate resources are configured for receiving terminal in transmitting terminal, one side of receiving terminal Face is configured M parts of PUCCH candidate resources by receiving signaling, on the one hand assumes have W parts of PUCCH candidate resources to be configured in reception In the range of the frequency domain resource of the PUSCH at end, this hypothesis is that transmitting terminal and receiving terminal are arranged in advance, does not need to match by signaling It puts, such receiving terminal flexibly can select suitable PUCCH candidate resources as the specific of receiving terminal according to channel quality PUCCH resource.Under normal circumstances, transmitting terminal can be selected in the range of the frequency domain resource of the PUSCH or PDSCH of receiving terminal Specific PUCCH resource of the PUCCH candidate resources as receiving terminal can ensure the channel quality of PUCCH transmission, be conducive in this way Promote PUCCH performances.

Description of the drawings

Fig. 1 is the resource determining method flow chart of the upload control of first embodiment of the invention；

Fig. 2 is the resource determining method flow chart of the upload control of second embodiment of the invention；

Fig. 3 is the resource determining method flow chart of the upload control of third embodiment of the invention；

Fig. 4 is the resource determining method flow chart of the upload control of fourth embodiment of the invention；

Fig. 5 is that the resource determining device of the upload control of the five, the six embodiments of the invention forms structure diagram；

Fig. 6 is that the resource determining device of the upload control of the seven, the eight embodiments of the invention forms structure diagram；

Fig. 7 is the structure diagram of the first scheduling unit in the existing NR that eleventh embodiment of the invention is based on；

Fig. 8 is the structure diagram of second of scheduling unit in the existing NR that eleventh embodiment of the invention is based on；

Fig. 9 is based on the upload control resource side of determining of the structure of second of scheduling unit in eleventh embodiment of the invention Formula schematic diagram；

Figure 10 is the structure diagram of the third scheduling unit in the existing NR that eleventh embodiment of the invention is based on；

Figure 11 is a kind of upload control resource method of determination schematic diagram of eleventh embodiment of the invention；

Figure 12 is another upload control resource method of determination schematic diagram of eleventh embodiment of the invention.

Specific embodiment

The technological means and effect taken further to illustrate the present invention to reach predetermined purpose, below in conjunction with attached drawing And preferred embodiment, the present invention is described in detail as after.

Transmitting terminal can be macro base station, Home eNodeB, relay station, small-cell base station etc. in following embodiments of the present invention, Receiving terminal can be user equipment (UE), mobile station, mobile terminal etc., and the above equipment character types of transmitting terminal and receiving terminal can be with It exchanges.

First embodiment of the invention, a kind of resource determining method of upload control are to send the flow that end side performs, such as scheme Shown in 1, this method includes step in detail below：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured for receiving terminal for step S101, transmitting terminal, and Q is just whole It counts, at least a Physical Uplink Shared Channel PUSCH or object for being located at the receiving terminal in the candidate resource for the PUCCH being configured In the range of the frequency domain resource for managing DSCH Downlink Shared Channel PDSCH.

Optionally, in step S101, the candidate resource of PUCCH is configured for receiving terminal for the transmitting terminal, including following two Kind mode：

Further, the physical layer signaling includes：DCI in PDCCH；

The high-level signaling includes：The dedicated RRC information of receiving terminal, i.e. specific RRC informations.

Step S102, it is specific that transmitting terminal selects portion to be used for the receiving terminal from the candidate resource of the PUCCH PUCCH resource, and the specific PUCCH resource is informed into the receiving terminal.

Optionally, in step s 102, the specific PUCCH resource is informed the receiving terminal by transmitting terminal, including：

It should be noted that the frequency domain resource range of the PUSCH or PDSCH of the receiving terminal are likely larger than, are equal to or small The candidate resource of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal is configured in transmitting terminal.

Optionally, in the case where the candidate resource for the PUCCH that transmitting terminal is receiving terminal configuration is continuous frequency domain resource, hair The candidate resource that sending end is configured to the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal occupies institute by part State the part or all of frequency domain resource of the PUSCH or PDSCH of receiving terminal；Alternatively,

In the case where the candidate resource for the PUCCH that transmitting terminal is receiving terminal configuration is discrete frequency domain resource, transmitting terminal is matched Put the Physical Resource Block that the candidate resource of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal occupies PRB comes from the PRB of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal in whole or in part.

Second embodiment of the invention, a kind of resource determining method of upload control are to send the flow that end side performs, such as scheme Shown in 2, this method includes step in detail below：

The candidate resource of Q parts of PUCCH is configured for receiving terminal for step S201, transmitting terminal, and Q is positive integer, the PUCCH being configured Candidate resource at least a Physical Uplink Shared Channel PUSCH or Physical Downlink Shared Channel for being located at the receiving terminal In the range of the frequency domain resource of PDSCH.

Step S202, it is specific that transmitting terminal selects portion to be used for the receiving terminal from the candidate resource of the PUCCH PUCCH resource, and the specific PUCCH resource is informed into the receiving terminal.

Step S203, transmitting terminal are configured the Q parts of PUCCH's by physical layer signaling or high-level signaling for the receiving terminal The OFDM symbol position of scheduling unit where candidate resource and/or OFDM symbol quantity, the OFDM symbols of the candidate resource of PUCCH Number position is to be configured in the scheduling unit where the candidate resource from PUCCH or be configured from back to front from front to back, wherein, institute State configuration from front to back refer to scheduling unit where candidate resource from PUCCH PUSCH or PDSCH OFDM symbol it It is configured after forward direction.The scheduling unit of the present embodiment can be substituted for subframe or time slot.

Optionally, in the case where the candidate resource of PUCCH is configured for multiple receiving terminals in transmitting terminal, when the multiple reception The frequency domain resource overlapping of PUSCH or PDSCH of the end in different scheduling units and the multiple receiving terminal use specific When PUCCH resource is in same scheduling unit：

Optionally, transmitting terminal is in the candidate resource of the current scheduling unit configuration PUCCH for the receiving terminal：

Transmitting terminal by the receiving terminal in the current scheduling unit in the candidate resource of the PUCCH of required configuration at least Portion configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of the current scheduling unit；Alternatively,

Preferably, the benchmark scheduling unit is the last one in the multiple continuous scheduling unit.

Optionally, the specific PUCCH resource that the receiving terminal uses is located at the scheduling list where the specific PUCCH resource In the range of the frequency domain resource of the PUSCH or PDSCH of member, alternatively, the frequency domain money of the PUSCH or PDSCH positioned at other scheduling units In source range.

Third embodiment of the invention, a kind of resource determining method of upload control are to receive the flow that end side performs, such as scheme Shown in 3, this method includes step in detail below：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured by transmitting terminal for step S301, receiving terminal, and Q is just whole It counts, at least a Physical Uplink Shared Channel PUSCH or object for being located at the receiving terminal in the candidate resource for the PUCCH being configured In the range of the frequency domain resource for managing DSCH Downlink Shared Channel PDSCH.

Optionally, in step S301, the candidate resource of Q parts of PUCCH is configured by transmitting terminal for the receiving terminal, including following Two ways：

Optionally, in the mode two, receiving terminal is sent by way of receiving physical layer signaling or high-level signaling End M parts of PUCCH of configuration in the frequency domain in addition to the frequency domain resource range of PUSCH and/or PDSCH of the receiving terminal Candidate resource.

Optionally, the physical layer signaling includes：DCI in PDCCH；

Step S302, receiving terminal know specific PUCCH resource, and the specific PUCCH resource is transmitting terminal from the PUCCH Candidate resource in select a specific PUCCH resource used for the receiving terminal.The candidate resource carrying of every part of PUCCH connects One PUCCH of receiving end or a UCI transmission of receiving terminal.

Optionally, in step s 302, the receiving terminal knows specific PUCCH resource, including：

Optionally, when the candidate resource of PUCCH in the frequency domain positioned at the PUSCH or PDSCH of the receiving terminal is more During part：

Optionally, it in the case that the candidate resource for the PUCCH being configured in receiving terminal by transmitting terminal is continuous frequency domain resource, connects Receiving end be configured to by transmitting terminal the candidate resource of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal by Part occupies the part or all of frequency domain resource of the PUSCH or PDSCH of the receiving terminal；Alternatively,

In the case that the candidate resource for the PUCCH being configured in receiving terminal by transmitting terminal is discrete frequency domain resource, receiving terminal quilt Transmitting terminal is configured to the object that the candidate resource of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal occupies Reason resource block PRB comes from the PRB of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal in whole or in part.

Fourth embodiment of the invention, a kind of resource determining method of upload control are to receive the flow that end side performs, such as scheme Shown in 4, this method includes step in detail below：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured by transmitting terminal for step S401, receiving terminal, and Q is just whole It counts, at least a Physical Uplink Shared Channel PUSCH or object for being located at the receiving terminal in the candidate resource for the PUCCH being configured In the range of the frequency domain resource for managing DSCH Downlink Shared Channel PDSCH.

Step S402, receiving terminal know specific PUCCH resource, and the specific PUCCH resource is transmitting terminal from the PUCCH Candidate resource in select a specific PUCCH resource used for the receiving terminal.The candidate resource carrying of every part of PUCCH connects One PUCCH of receiving end or a UCI transmission of receiving terminal.

Step S402, by transmitting terminal by way of physical layer signaling or high-level signaling that receiving terminal is sent receiving transmitting terminal The OFDM symbol position of scheduling unit where the candidate resource of the Q parts of PUCCH and/or OFDM symbol quantity is configured.PUCCH Candidate resource OFDM symbol position be in scheduling unit where the candidate resource from PUCCH from front to back configuration or from It is configured before backward, wherein, the configuration from front to back refers to the PUSCH of the scheduling unit where the candidate resource from PUCCH Or it is configured backward before the OFDM symbol of PDSCH.The scheduling unit of the present embodiment can be substituted for subframe or time slot.

Optionally, in the case where multiple receiving terminals are by the candidate resource of transmitting terminal configuration PUCCH, when the multiple reception The frequency domain resource overlapping of PUSCH or PDSCH of the end in different scheduling units and the multiple receiving terminal use specific When PUCCH resource is in same scheduling unit：

Optionally, when the candidate resource of PUCCH is configured for current scheduling unit by transmitting terminal in receiving terminal：

Fifth embodiment of the invention, corresponding with first embodiment, the present embodiment is introduced a kind of resource of upload control and is determined Device is set to and sends end side, as shown in figure 5, the device includes consisting of part：

1) configuration module 501, for the candidate resource of Q parts of Physical Uplink Control Channel PUCCH to be configured for receiving terminal, Q is Positive integer, at least a Physical Uplink Shared Channel PUSCH for being located at the receiving terminal in the candidate resource for the PUCCH being configured Or in the range of the frequency domain resource of Physical Downlink Shared Channel PDSCH.

Optionally, configuration module 501, for for receiving terminal be configured PUCCH candidate resource when, using following two sides Formula：

Further, configuration module 501, in the mode two, by receiving terminal send physical layer signaling or The mode of high-level signaling, in the frequency domain in addition to the frequency domain resource range of PUSCH and/or PDSCH of the receiving terminal, The candidate resource of M parts of PUCCH is configured for the receiving terminal.

Further, the physical layer signaling includes：DCI in PDCCH；

2) module 502 is informed, for selecting a tool used for the receiving terminal from the candidate resource of the PUCCH Body PUCCH resource, and the specific PUCCH resource is informed into the receiving terminal.The candidate resource carrying receiving terminal of every part of PUCCH A PUCCH or receiving terminal a UCI transmission.

Optionally, it informs module 502, is used for：In a manner that physical layer signaling is to receiving terminal instruction or by with connecing The specific PUCCH resource is informed the receiving terminal by the mode that receiving end is arranged in advance.

Further, it informs module 502, is used for：By the tool by way of physical layer signaling to receiving terminal instruction In the case that body PUCCH resource informs the receiving terminal, physical layer signaling is sent and in the physical layer signaling comprising being used for Indicate the bit of specific PUCCH resource that the receiving terminal uses；Alternatively,

It informs module 502, is used for：The specific PUCCH resource is being informed by way of arranging in advance with receiving terminal In the case of the receiving terminal, specific PUCCH resource that the receiving terminal uses is indicated not sending the physical layer signaling When, determine that the specific PUCCH resource that the receiving terminal uses is the PUSCH or PDSCH positioned at the receiving terminal with receiving terminal Frequency domain in PUCCH candidate resource.

Further, in the feelings that the candidate resource for the PUCCH that configuration module 501 is receiving terminal configuration is continuous frequency domain resource Under condition, the candidate resource of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH that are configured to the receiving terminal is occupied by part The part or all of frequency domain resource of the PUSCH or PDSCH of the receiving terminal；

Alternatively,

In the case where the candidate resource for the PUCCH that configuration module 501 is receiving terminal configuration is discrete frequency domain resource, configuration The Physical Resource Block that the candidate resource of PUCCH in the range of to the frequency domain resource of the PUSCH or PDSCH of the receiving terminal occupies PRB comes from the PRB of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal in whole or in part.

Sixth embodiment of the invention, corresponding with second embodiment, the present embodiment is introduced a kind of resource of upload control and is determined Device is set to and sends end side, as shown in figure 5, the device includes consisting of part：

Optionally, configuration module 501 are additionally operable to：Institute is configured for the receiving terminal by physical layer signaling or high-level signaling State the OFDM symbol position of scheduling unit where the candidate resource of Q parts of PUCCH and/or OFDM symbol quantity, the candidate of PUCCH The OFDM symbol position of resource is configuration or from back to front from front to back in scheduling unit where the candidate resource from PUCCH Configuration, wherein, the configuration from front to back refers to the PUSCH or PDSCH of the scheduling unit where candidate resource from PUCCH OFDM symbol before be configured backward.The scheduling unit of the embodiment of the present invention is alternatively into subframe or time slot.

Further, in the case where the candidate resource of PUCCH is configured for multiple receiving terminals in configuration module 501, when described The frequency domain resource overlapping and the use of the multiple receiving terminal of PUSCH or PDSCH of multiple receiving terminals in different scheduling units Specific PUCCH resource in same scheduling unit when：

Configuration module 501 be used for by physical layer signaling indicate specific PUCCH resource that the multiple receiving terminal uses from It redefines to ensure specific PUCCH resource that the multiple receiving terminal uses on frequency domain in the candidate resource of respective PUCCH Do not conflict；Alternatively,

Further, configuration module 501 is used for：In the time of the current scheduling unit configuration PUCCH for the receiving terminal When selecting resource：

Seventh embodiment of the invention, corresponding with 3rd embodiment, the present embodiment is introduced a kind of resource of upload control and is determined Device is set to and receives end side, as shown in fig. 6, the device includes consisting of part：

1) it is configured module 601, for the candidate resource of Q parts of Physical Uplink Control Channel PUCCH, Q to be configured by transmitting terminal For positive integer, at least a Physical Uplink Shared Channel for being located at the receiving terminal in the candidate resource for the PUCCH being configured In the range of the frequency domain resource of PUSCH or Physical Downlink Shared Channel PDSCH.

Optionally, it is configured module 601, in the candidate resource that Q parts of PUCCH are configured by transmitting terminal, use to be following Two ways：

Further, it is configured module 601, in the mode two, believing by receiving physical layer signaling or high level The mode of order, by transmitting terminal the receiving terminal the frequency domain in addition to the frequency domain resource range of PUSCH and/or PDSCH The candidate resource of M parts of PUCCH of interior configuration.

Further, the physical layer signaling includes：DCI in PDCCH；

2) know module 602, for knowing specific PUCCH resource, the specific PUCCH resource is transmitting terminal from described A specific PUCCH resource used for the receiving terminal is selected in the candidate resource of PUCCH.The candidate resource of every part of PUCCH Carry a PUCCH of receiving terminal or a UCI transmission of receiving terminal.

Optionally, know module 602, for by way of the physical layer signaling sent receiving transmitting terminal or by with The mode that transmitting terminal is arranged in advance knows the specific PUCCH resource.

Further, module 602 is known, for knowing institute by way of the physical layer signaling sent receiving transmitting terminal In the case of stating specific PUCCH resource, receive the physical layer signaling of transmitting terminal transmission and included in the physical layer signaling It is used to indicate the bit of specific PUCCH resource that the receiving terminal uses；Alternatively,

Module 602 is known, in the feelings that the specific PUCCH resource is known by way of arranging in advance with transmitting terminal Under condition, when the physical layer signaling for not receiving transmitting terminal transmission is come when indicating specific PUCCH resource that the receiving terminal uses, with hair Sending end determines the frequency domain model that the specific PUCCH resource that the receiving terminal uses is PUSCH or PDSCH positioned at the receiving terminal The candidate resource of PUCCH in enclosing.

Further, in the case that the candidate resource for the PUCCH being configured in receiving terminal by transmitting terminal is continuous frequency domain resource, The candidate resource that the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal is configured to by transmitting terminal is accounted for by part With the part or all of frequency domain resource of the PUSCH or PDSCH of the receiving terminal；Alternatively,

In the case that the candidate resource for the PUCCH being configured in receiving terminal by transmitting terminal is discrete frequency domain resource, by transmitting terminal It is configured to the physical resource that the candidate resource of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal occupies Block PRB comes from the PRB of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal in whole or in part.

Eighth embodiment of the invention, corresponding with fourth embodiment, the present embodiment is introduced a kind of resource of upload control and is determined Device is set to and receives end side, as shown in fig. 6, the device includes consisting of part：

Further, it is configured module 602, is additionally operable to：By receiving physical layer signaling or the high-rise letter that transmitting terminal is sent The mode of order be configured by transmitting terminal the scheduling unit where the candidate resource of the Q parts of PUCCH OFDM symbol position and/or OFDM symbol quantity, the OFDM symbol position of the candidate resource of PUCCH are in the scheduling unit where the candidate resource from PUCCH It is configured or is configured from back to front from front to back, wherein, the configuration from front to back is referred to where the candidate resource of PUCCH Scheduling unit PUSCH or PDSCH OFDM symbol before be configured backward.The present invention scheduling unit can be replaced subframe or Time slot.

Further, it in the case where multiple receiving terminals are by the candidate resource of transmitting terminal configuration PUCCH, is connect when the multiple The frequency domain resource overlapping of PUSCH or PDSCH of the receiving end in different scheduling units and the multiple receiving terminal use specific When PUCCH resource is in same scheduling unit：

The physical layer signaling for being configured module 602 and receiving transmitting terminal of each receiving terminal in the multiple receiving terminal Instruction with redefined from each receiving terminal respectively candidate resource of PUCCH the specific PUCCH resource respectively used with Ensure that the specific PUCCH resource that the multiple receiving terminal uses does not conflict on frequency domain；Alternatively,

The physical layer signaling for being configured module 602 and receiving transmitting terminal of each receiving terminal in the multiple receiving terminal It indicates to ensure that the OFDM symbol position of specific PUCCH resource that the multiple receiving terminal uses differs.

Further, it is configured module 602 to be used for：By transmitting terminal for candidate the providing of current scheduling unit configuration PUCCH During source：

Ninth embodiment of the invention, a kind of transmitting terminal can understand as entity apparatus, including processor and storage There is the memory of the processor-executable instruction, when described instruction is executed by processor, perform following operation：

Optionally, the operation that the processor performs specifically includes：When the candidate resource of PUCCH is configured for receiving terminal, adopt With following two ways：

Tenth embodiment of the invention, a kind of receiving terminal can understand as entity apparatus, including processor and storage There is the memory of the processor-executable instruction, when described instruction is executed by processor, perform following operation：

Optionally, the operation that the processor performs specifically includes：In the candidate resource that Q parts of PUCCH are configured by transmitting terminal When, using following two modes：

Eleventh embodiment of the invention, the present embodiment are on the basis of above-described embodiment, and six are introduced with reference to attached drawing 7~12 The application example of a present invention.

Application example 1：

The method of resource allocation when application example 1 describes the semi-static selection of ascending resource.

In the scheduling unit structure illustrated in Fig. 7,10, (Physical Uplink Shared Channel, it is to pass to the PUSCH of receiving terminal The upstream data of defeated receiving terminal) and PUCCH in same scheduling unit.

Transmitting terminal and receiving terminal agreement, transmitting terminal be receiving terminal configuration Q (Q be transmitting terminal and receiving terminal arrange at most PUCCH candidate resource quantity, including the instruction of clear and definite signaling and implying) part PUCCH candidate resources, wherein, transmitting terminal ensures Wherein at least portion PUCCH candidate resources are fallen in the range of the frequency domain resource of receiving terminal PUSCH.

Transmitting terminal dynamically indicates that the specific PUCCH resource of receiving terminal is matched from for receiving terminal again by physical layer signaling (it can also be that transmitting terminal has sent physical layer signaling here, but not include in the signaling in the more parts of PUCCH candidate resources put Indicate the signaling of the specific PUCCH resource of receiving terminal, such transmitting terminal and receiving terminal be considered as specific PUCCH resource be positioned at PUCCH candidate resources in the range of PUSCH, can save expense in this way).Under normal circumstances, the frequency domain money of transmission receiving terminal PUSCH The channel quality in source is relatively good, because it is after having fed back channel quality measurements by receiving terminal, transmitting terminal choosing Preferable resource.So transmitting terminal is under normal circumstances, it should which the specific PUCCH resource for indicating receiving terminal is positioned at receiving terminal That in the range of the frequency domain resource of PUSCH is a, in this way, also being passed when PUCCH is transmitted using channel quality so as to promote PUCCH Defeated performance.If the transmitting terminal instruction specific PUCCH resource of receiving terminal is that in the range of the frequency domain resource of non-receiving terminal PUSCH Portion, it is also possible, but channel quality measurement may not be made full use of, such case typically occurs in multiple receiving terminals During resource contention, transmitting terminal is in order to avoid conflict, by the specific PUCCH resource instruction of a receiving terminal to other candidate resources In.

Application example 2

The method of resource allocation when application example 2 describes the dynamic select of ascending resource.

Transmitting terminal and receiving terminal agreement, transmitting terminal be receiving terminal configuration Q (Q be transmitting terminal and receiving terminal arrange at most PUCCH candidate resource quantity, including the instruction of clear and definite signaling and implying) part PUCCH candidate resources.Transmitting terminal is by signaling M parts of PUCCH candidate resources are configured in receiving terminal, meanwhile, transmitting terminal and receiving terminal are assumed and (are arranged each other), there is W parts of PUCCH candidates Resource distribution is in the range of the frequency domain resource of the PUSCH of receiving terminal.Wherein, M+W=Q is positive integer.Under this mode, hair Sending end arranges W parts of PUCCH candidate resources, M is less than by M parts of PUCCH candidate resources of signal deployment by way of acquiescence Q's, reduce signaling overheads.

The representative value of W is 1.No matter whether W values are more than 1, transmitting terminal and receiving terminal need W parts of PUCCH candidates moneys of agreement Source how is distributed in the range of the frequency domain resource of receiving terminal PUSCH.This rule should be relatively more, and one kind is given below (but being not limited to only a kind of below), such as W parts of PUCCH candidate resources are provided according to frequency domain of the sequence of agreement in receiving terminal PUSCH Occur in the PRB in source, such as a to occupy 2 PRB, just occupy the PRB of receiving terminal PUSCH first 2, and so on.Important affair First appoint rule.

It needs exist for, it is emphasized that in this application example and other application example, W parts of PUCCH candidate resources being allowed to surpass Go out the range of the PRB resources of the PUSCH of receiving terminal.For example, the PRB quantity of PUSCH is inadequate or PUCCH candidate resources be from When scattered, the PRB ranges of PUSCH will be exceeded, still, fall into PUCCH candidate resources in the range of the PRB of PUSCH at this time extremely The PRB of all or part of PUSCH has been used less.

Application example 3

With reference to figure 8,9, it is the scheduling unit of a downlink data transmission, but has PUCCH's at the end of scheduling unit Symbol.Downlink data during data in scheduling unit at this time, receiving terminal have PDSCH to receive and PUCCH in this scheduling unit It sends, at this time during the PUCCH candidate resources configuration of receiving terminal, can implement according to application example 1,2,4, and application example 1st, the receiving terminal PUSCH in 2,4 replaces with the PDSCH of receiving terminal.At this point, for there are the transmitting terminal of channel heterogeneite and connect Receiving end (can be the best resource of channel quality if i.e. the resource of downlink transfer is used for transmitting uplink), under this mode, The resource of PUCCH transmission can also obtain the gain of channel quality.

Application example 4

With reference to figure 11,12.With reference to application example 1,2,3, at this point, the scheduling unit that receiving terminal 1 sends PUSCH is n, receive End 1 transmission PUCCH scheduling unit be n+k (scheduling unit n be apart from scheduling unit n+k recently one have receiving terminal 1 The scheduling unit of PUSCH), and receiving terminal 1 in scheduling unit there is no PUSCH resources in n+k, at this point, transmitting terminal with It puts when indicating specific PUCCH resource for receiving terminal 1 in scheduling unit n+k, is designated as falling into PUSCH in scheduling unit n and corresponds to Frequency domain resource in the range of PUCCH candidate resources.

At this time obviously, the PUSCH resources referred to when PUCCH candidate resources are configured are not in same scheduling unit.This The mode of sample, the business for being very suitable for receiving terminal 1 is the business of semi-persistent scheduling, and the PUSCH resources transmitted remain unchanged When.

Application example 5

With reference to application example 1~4,5 kinds of application example provides, and is carried out when receiving terminal is scheduled in multiple scheduling units After PDSCH receptions or PUSCH are sent, the situation of PUCCH is sent in a scheduling unit.

At this point, in multiple scheduling units, the PRB ranges of the resource of the PDSCH or PUSCH of receiving terminal may It is overlapped or partly overlaps, it is also possible to not be overlapped.In this way, when implementing according to application example 1~4, waited when being configured or giving tacit consent to PUCCH When selecting resource in the scope of resource of PDSCH or PUSCH, in which scheduling unit for selecting the multiple scheduling unit PDSCH or PUSCH, in this application example, however, it would be possible to select any one scheduling unit.Preferably, in order to keep believing Road quality validation selects PDSCH or PUSCH in the last one scheduling unit in the multiple scheduling unit.

Application example 6

It with reference to application example 1~4, is provided in application example 6, when multiple receiving terminals (such as receiving terminal 1 and receiving terminal 2) quilt When dispatching in different scheduling units, and carrying out the PRB resources overlapping of PDSCH receptions or PUSCH transmissions or partly overlap, but When being that multiple receiving terminals send PUCCH in same scheduling unit, at this time according to mode in application example 1~4, multiple receptions The PUCCH candidate resources in the range of the PRB of respective PDSCH or PUSCH is held to conflict (for example, because receiving terminal 1 and reception The PRB overlappings of the PDSCH or PUSCH at end 2 are partially overlapped in neighbouring different scheduling units).Only there are one receive at this time End can be handled according to application example 1~4, i.e., the specific PUCCH of this receiving terminal is in the PRB models of oneself PDSCH or PUSCH In enclosing, another receiving terminal needs to be instructed to specific PUCCH resource in other PUCCH candidate resources positions.

If when indicating specific PUCCH resource using signaling, then can carry out being designated as difference according to mentioned above principle Receiving terminal.

If the mode implied using specific signaling, that is, signaling is sent out, but it is not specific comprising instruction in signaling PUCCH resource bit (such as sent out DCI signalings, but do not had in the DCI signalings comprising the bit for indicating specific PUCCH, Also have other bits in DCI), during this mode, transmitting terminal and receiving terminal need to arrange according in the last one scheduling unit The PRB processing of PUSCH or PDSCH.

Explanation：Emphasis is by at least portion PUCCH (Physical Uplink Control Channel, if NR is changed to it of UE in the present invention His appellation, the mode that resource is determined in this method is also that can use) (this mode can be used for as in transmission candidate resource The resource of row control information UCI determines that the content of UCI includes the definition information in LTE, can also include new in NR systems in future Increased content) it lies in the range of the frequency domain resource of upstream data transmission or downlink data reception of UE, so that this is a PUCCH candidate resources (actually the present invention also including this portion PUCCH candidate resource part PRB upstream data transmission or In the range of the frequency domain resource that downlink data receives) channel quality can be utilized.Here upstream data transmission is used PUSCH to believe Road transmits, and downlink data reception is used PDSCH transmissions, and in NR systems, upstream data is sent or downlink data receives Other physical channels can also be used, but the determining resource allocation method of the present invention still can use.In the present invention, it is described as connecing It receives the place of PDSCH and is described as sending the place of PUSCH and can be interchanged, when their essence is that upstream data is sent Channel quality is all utilized in resource when resource and downlink data receive, both data transmissions.

In the present invention, the technical characteristic in each application example in the absence of conflict, can be combined in an application It is used in example.Each application example is only the optimal embodiment of the present invention.

Twelveth embodiment of the invention, the transmitting terminal of the present embodiment is to the stream of the upload control resource determining method of receiving terminal Journey with first, second and third or four embodiment it is identical, difference lies in Project Realization, the present embodiment can add required by software The mode of general hardware platform is realized, naturally it is also possible to which by hardware, but the former is more preferably embodiment in many cases. Based on such understanding, the method described in the present invention can embody in form of a computer software product, and the computer is soft Part product is stored in a storage medium (such as ROM/RAM, magnetic disc, CD), is used including some instructions so that an equipment (can be the equipment such as macro base station, Home eNodeB, relay station, small-cell base station, user equipment (UE), mobile station, mobile terminal) holds Method described in the row embodiment of the present invention.

By the explanation of specific embodiment, should can to the present invention for reach technological means that predetermined purpose is taken and Effect is able to more go deep into and specific understanding, however appended diagram is only to provide reference and description and is used, and is not used for originally Invention limits.

Claims

1. a kind of resource determining method of upload control, which is characterized in that including：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured for receiving terminal for transmitting terminal, and Q is positive integer, is configured At least a Physical Uplink Shared Channel PUSCH for being located at the receiving terminal or physical down are shared in the candidate resource of PUCCH In the range of the frequency domain resource of channel PDSCH.

2. resource determining method according to claim 1, which is characterized in that the method further includes：

Transmitting terminal selects a specific PUCCH resource used for the receiving terminal from the candidate resource of the PUCCH, and will The specific PUCCH resource informs the receiving terminal；

A PUCCH of candidate resource carrying receiving terminal or an ascending control information UCI of receiving terminal of every part of PUCCH is passed It is defeated.

3. resource determining method according to claim 1, which is characterized in that PUCCH is configured for receiving terminal in the transmitting terminal Candidate resource, including following two modes：

Mode two：The candidate resource of M parts of PUCCH is configured by physical layer signaling or high-level signaling for receiving terminal for transmitting terminal, sends End with receiving terminal by way of arranging in advance by the candidate resource of W parts of PUCCH be configured to the receiving terminal PUSCH or In the range of the frequency domain resource of PDSCH, W+M=Q, W are the integer more than or equal to 1, and M is the integer more than or equal to 0.

4. resource determining method according to claim 3, which is characterized in that in the mode two, transmitting terminal passes through object Layer signaling or high-level signaling are managed, in the frequency domain model in addition to the frequency domain resource range of PUSCH and/or PDSCH of the receiving terminal In enclosing, the candidate resource of M parts of PUCCH is configured for the receiving terminal.

5. resource determining method according to claim 3, which is characterized in that the physical layer signaling includes：Physical down Downlink Control Information DCI in control channel PDCCH；

The high-level signaling includes：The dedicated radio resource control RRC message of receiving terminal.

6. resource determining method according to claim 2, which is characterized in that transmitting terminal accuses the specific PUCCH resource Know the receiving terminal, including：

Transmitting terminal in a manner that physical layer signaling is to receiving terminal instruction or by way of arranging by institute in advance with receiving terminal It states specific PUCCH resource and informs the receiving terminal.

7. resource determining method according to claim 6, which is characterized in that described to be referred to by physical layer signaling to receiving terminal The specific PUCCH resource is informed the receiving terminal by the mode shown, including：

Transmitting terminal send physical layer signaling and in the physical layer signaling comprising be used to indicate the receiving terminal use it is specific The bit of PUCCH resource；Alternatively,

When transmitting terminal sends physical layer signaling but does not include being used to indicate what the receiving terminal used in the physical layer signaling During the bit of specific PUCCH resource, transmitting terminal and receiving terminal determine the specific PUCCH resource that the receiving terminal uses be positioned at The candidate resource of PUCCH in the frequency domain of the PUSCH or PDSCH of the receiving terminal；

It is described that the specific PUCCH resource is informed into the receiving terminal by way of arranging in advance with receiving terminal, including：Work as hair Sending end does not send the physical layer signaling come when indicating specific PUCCH resource that the receiving terminal uses, transmitting terminal and receiving terminal Determine that the specific PUCCH resource that the receiving terminal uses is in the frequency domain of the PUSCH or PDSCH of the receiving terminal PUCCH candidate resource.

8. resource determining method according to claim 7, which is characterized in that as the PUSCH positioned at the receiving terminal or When the candidate resource of PUCCH is more parts in the frequency domain of PDSCH：

The specific PUCCH resource that the receiving terminal uses is：In the frequency domain of the PUSCH or PDSCH of the receiving terminal The candidate resource of the minimum or maximum PUCCH of index value in the candidate resource of PUCCH；

Or, the specific PUCCH resource that the receiving terminal uses is：From the frequency domain model of PUSCH or PDSCH positioned at the receiving terminal Enclose index value in the candidate resource of interior PUCCH it is minimum or maximum PUCCH candidate resources start, needed for sequence or backward selection The candidate resource of the PUCCH of quantity.

9. resource determining method according to claim 1, which is characterized in that

Transmitting terminal is configured to the candidate resource of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal by part Occupy the part or all of frequency domain resource of the PUSCH or PDSCH of the receiving terminal；Alternatively,

The candidate resource that transmitting terminal is configured to the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal occupies Physical Resource Block PRB come from whole or in part the receiving terminal PUSCH or PDSCH frequency domain resource PRB.

10. resource determining method according to claim 1, which is characterized in that the method further includes：Transmitting terminal passes through Scheduling unit where the candidate resource of the Q parts of PUCCH is being configured for the receiving terminal just for physical layer signaling or high-level signaling Hand over frequency division multiplex OFDM character position and/or OFDM symbol quantity, the OFDM symbol position of the candidate resource of PUCCH be from Be configured or be configured from back to front from front to back in scheduling unit where the candidate resource of PUCCH, wherein, it is described from front to back Configuration refers to backward matching before the OFDM symbol of the PUSCH or PDSCH of the scheduling unit where candidate resource from PUCCH It puts.

11. resource determining method according to claim 1, which is characterized in that be configured in transmitting terminal for multiple receiving terminals In the case of the candidate resource of PUCCH, when the frequency of the multiple receiving terminal PUSCH in different scheduling units or PDSCH When the specific PUCCH resource that domain resource overlapping and the multiple receiving terminal use is in same scheduling unit,

Transmitting terminal indicates the time of specific PUCCH resource that the multiple receiving terminal uses from respective PUCCH by physical layer signaling It selects and redefines to ensure that the specific PUCCH resource that the multiple receiving terminal uses does not conflict on frequency domain in resource；Alternatively,

Transmitting terminal indicates the OFDM symbol position of specific PUCCH resource that the multiple receiving terminal uses not by physical layer signaling It is identical.

12. resource determining method according to claim 1, which is characterized in that transmitting terminal is in working as the receiving terminal During the candidate resource of preceding scheduling unit configuration PUCCH：

Transmitting terminal is at least a in the candidate resource of the PUCCH of required configuration in the current scheduling unit by the receiving terminal Configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of the current scheduling unit；Alternatively,

Transmitting terminal selects a base from multiple continuous scheduling units before the current scheduling unit of the receiving terminal Quasi- scheduling unit, transmitting terminal is by the receiving terminal in the current scheduling unit in the candidate resource of the PUCCH of required configuration At least a configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of the benchmark scheduling unit.

13. resource determining method according to claim 12, which is characterized in that the benchmark scheduling unit is the multiple Continuously the last one in scheduling unit.

14. resource determining method according to claim 1, which is characterized in that

The specific PUCCH resource that the receiving terminal uses be located at the scheduling unit where the specific PUCCH resource PUSCH or In the range of the frequency domain resource of PDSCH, alternatively, in the range of the frequency domain resource of the PUSCH or PDSCH of other scheduling units.

15. a kind of resource determining method of upload control, which is characterized in that including：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured by transmitting terminal for receiving terminal, and Q is positive integer, is configured At least a Physical Uplink Shared Channel PUSCH for being located at the receiving terminal or physical down are shared in the candidate resource of PUCCH In the range of the frequency domain resource of channel PDSCH.

16. resource determining method according to claim 15, which is characterized in that the method further includes：Receiving terminal is known Specific PUCCH resource, the specific PUCCH resource are that transmitting terminal is selected from the candidate resource of the PUCCH described in a supply The specific PUCCH resource that receiving terminal uses；

17. resource determining method according to claim 15, which is characterized in that the receiving terminal is configured Q parts by transmitting terminal The candidate resource of PUCCH, including following two modes：

Mode one：The candidate of Q parts of PUCCH is configured in receiving terminal by way of receiving physical layer signaling or high-level signaling by transmitting terminal Resource；

Mode two：The candidate of M parts of PUCCH is configured in receiving terminal by way of receiving physical layer signaling or high-level signaling by transmitting terminal The candidate resource of W parts of PUCCH is configured to described connect by resource, receiving terminal by way of arranging in advance with transmitting terminal by transmitting terminal In the range of the frequency domain resource of the PUSCH or PDSCH of receiving end, W+M=Q, W are the integer more than or equal to 1, and M is whole more than or equal to 0 Number.

18. resource determining method according to claim 17, which is characterized in that in the mode two, receiving terminal passes through The mode of physical layer signaling or high-level signaling is received, by transmitting terminal in the receiving terminal except the frequency domain of PUSCH and/or PDSCH The candidate resource of M parts of PUCCH of configuration in frequency domain except scope of resource.

19. resource determining method according to claim 17, which is characterized in that the physical layer signaling includes：In PDCCH DCI；

20. resource determining method according to claim 16, which is characterized in that the receiving terminal is known described specific PUCCH resource, including：

By way of the physical layer signaling that receiving terminal is sent receiving transmitting terminal or by way of arranging in advance with transmitting terminal Know the specific PUCCH resource.

21. resource determining method according to claim 20, which is characterized in that the receiving terminal is sent out by receiving transmitting terminal The mode of the physical layer signaling come knows the specific PUCCH resource, including：Receiving terminal receives the physical layer of transmitting terminal transmission Signaling and in the physical layer signaling comprising being used to indicate the bit of specific PUCCH resource that the receiving terminal uses；Alternatively,

When receiving terminal receives the physical layer signaling of transmitting terminal transmission but does not include being used to indicate institute in the physical layer signaling When stating the bit of specific PUCCH resource that receiving terminal uses, receiving terminal determines that the receiving terminal uses specific with transmitting terminal Candidate resource of the PUCCH resource for the PUCCH in the frequency domain of the PUSCH or PDSCH of the receiving terminal；

The receiving terminal knows the specific PUCCH resource by way of arranging in advance with transmitting terminal, including：When receiving terminal not The physical layer signaling of transmitting terminal transmission is received come when indicating specific PUCCH resource that the receiving terminal uses, receiving terminal is with sending End determines the frequency domain that the specific PUCCH resource that the receiving terminal uses is PUSCH or PDSCH positioned at the receiving terminal The candidate resource of interior PUCCH.

22. resource determining method according to claim 21, which is characterized in that as the PUSCH positioned at the receiving terminal or When the candidate resource of PUCCH is more parts in the frequency domain of PDSCH：

23. resource determining method according to claim 15, which is characterized in that

Receiving terminal is configured to the candidate of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal by transmitting terminal Resource is occupied the part or all of frequency domain resource of the PUSCH or PDSCH of the receiving terminal by part；Alternatively,

Receiving terminal is configured to the candidate of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal by transmitting terminal The Physical Resource Block PRB of resource occupation comes from the frequency domain resource of the PUSCH or PDSCH of the receiving terminal in whole or in part PRB。

24. resource determining method according to claim 15, which is characterized in that the method further includes：

It is configured by way of physical layer signaling or high-level signaling that receiving terminal is sent receiving transmitting terminal by transmitting terminal Q parts described The OFDM symbol position of scheduling unit where the candidate resource of PUCCH and/or OFDM symbol quantity, the candidate resource of PUCCH OFDM symbol position be to be configured in the scheduling unit where the candidate resource from PUCCH or match from back to front from front to back It puts, wherein, the configuration from front to back refers to the PUSCH's or PDSCH of the scheduling unit where candidate resource from PUCCH It is configured backward before OFDM symbol.

25. resource determining method according to claim 15, which is characterized in that be configured in multiple receiving terminals by transmitting terminal In the case of the candidate resource of PUCCH, when the frequency of the multiple receiving terminal PUSCH in different scheduling units or PDSCH When the specific PUCCH resource that domain resource overlapping and the multiple receiving terminal use is in same scheduling unit,

The physical layer signaling that each receiving terminal in the multiple receiving terminal receives transmitting terminal indicates each to connect from described Receiving end respectively redefines the specific PUCCH resource that respectively uses in the candidate resource of PUCCH to ensure the multiple receiving terminal The specific PUCCH resource used does not conflict on frequency domain；Alternatively,

The physical layer signaling instruction that each receiving terminal in the multiple receiving terminal receives transmitting terminal is the multiple to ensure The OFDM symbol position for the specific PUCCH resource that receiving terminal uses differs.

26. resource determining method according to claim 15, which is characterized in that receiving terminal is directed to current scheduling by transmitting terminal When the candidate resource of PUCCH is configured in unit：

Receiving terminal by transmitting terminal by the receiving terminal in the current scheduling unit in the candidate resource of the PUCCH of required configuration At least a configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of the current scheduling unit；Alternatively,

Receiving terminal by transmitting terminal by the receiving terminal in the current scheduling unit in the candidate resource of the PUCCH of required configuration In the range of the frequency domain resource of the PUSCH or PDSCH of benchmark scheduling unit, the benchmark scheduling unit is hair at least a configuration The scheduling that sending end is selected from multiple continuous scheduling units before the current scheduling unit of the receiving terminal is single Member.

27. resource determining method according to claim 26, which is characterized in that the benchmark scheduling unit is the multiple Continuously the last one in scheduling unit.

28. resource determining method according to claim 15, which is characterized in that

29. the resource determining device of a kind of upload control, which is characterized in that be set to and send end side, described device includes：

Configuration module, for the candidate resource of Q parts of Physical Uplink Control Channel PUCCH to be configured for receiving terminal, Q is positive integer, institute It is at least a in the candidate resource of the PUCCH of configuration to be located under the Physical Uplink Shared Channel PUSCH or physics of the receiving terminal In the range of the frequency domain resource of the shared channel PDSCH of row.

30. resource determining device according to claim 29, which is characterized in that described device further includes：Inform module, For selecting a specific PUCCH resource used for the receiving terminal from the candidate resource of the PUCCH, and by the tool Body PUCCH resource informs the receiving terminal；

31. resource determining device according to claim 29, which is characterized in that the configuration module, for to receive During the candidate resource of end configuration PUCCH, using following two modes：

32. resource determining device according to claim 31, which is characterized in that the configuration module, in the side In formula two, by way of sending physical layer signaling or high-level signaling to receiving terminal, the receiving terminal except PUSCH and/or In frequency domain except the frequency domain resource range of PDSCH, the candidate resource of M parts of PUCCH is configured for the receiving terminal.

33. resource determining device according to claim 31, which is characterized in that the physical layer signaling includes：In PDCCH DCI；

34. resource determining device according to claim 30, which is characterized in that it is described to inform module, it is used for：Pass through physics The mode or informed the specific PUCCH resource by way of arranging in advance with receiving terminal that layer signaling is indicated to receiving terminal The receiving terminal.

35. resource determining device according to claim 34, which is characterized in that it is described to inform module, it is used for：Passing through object In the case that the specific PUCCH resource is informed the receiving terminal by reason layer signaling to the mode that receiving terminal indicates, physics is sent Layer signaling and in the physical layer signaling comprising being used to indicate the bit of specific PUCCH resource that the receiving terminal uses；Or Person,

Send physical layer signaling but in the physical layer signaling do not include be used to indicate the receiving terminal use it is specific During the bit of PUCCH resource, determine that the specific PUCCH resource that the receiving terminal uses is positioned at the receiving terminal with receiving terminal PUSCH or PDSCH frequency domain in PUCCH candidate resource；

It is described to inform module, it is used for：It is described being informed the specific PUCCH resource by way of arranging in advance with receiving terminal In the case of receiving terminal, the physical layer signaling is not being sent come when indicating specific PUCCH resource that the receiving terminal uses, with Receiving terminal determines the frequency domain that the specific PUCCH resource that the receiving terminal uses is PUSCH or PDSCH positioned at the receiving terminal In the range of PUCCH candidate resource.

36. resource determining device according to claim 35, which is characterized in that as the PUSCH positioned at the receiving terminal or When the candidate resource of PUCCH is more parts in the frequency domain of PDSCH：

37. resource determining device according to claim 29, which is characterized in that

The candidate resource for being configured to the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal occupies institute by part State the part or all of frequency domain resource of the PUSCH or PDSCH of receiving terminal；Alternatively, be configured to the receiving terminal PUSCH or The Physical Resource Block PRB that the candidate resource of PUCCH in the range of the frequency domain resource of PDSCH occupies comes from institute in whole or in part State the PRB of the frequency domain resource of the PUSCH or PDSCH of receiving terminal.

38. resource determining device according to claim 29, which is characterized in that the configuration module is additionally operable to：Pass through object Manage the OFDM of layer signaling or high-level signaling for the scheduling unit where the candidate resource of the receiving terminal configuration Q parts of PUCCH Character position and/or OFDM symbol quantity, the OFDM symbol position of the candidate resource of PUCCH are the candidate resource institutes from PUCCH Scheduling unit in be configured or be configured from back to front from front to back, wherein, the configuration from front to back is referred to from PUCCH Candidate resource where scheduling unit PUSCH or PDSCH OFDM symbol before be configured backward.

39. resource determining device according to claim 29, which is characterized in that the configuration module be multiple receiving terminals In the case of the candidate resource that PUCCH is configured, as PUSCH or PDSCH of the multiple receiving terminal in different scheduling units Frequency domain resource overlapping and the specific PUCCH resource that uses of the multiple receiving terminal in same scheduling unit when,

The configuration module is used to indicate specific PUCCH resource that the multiple receiving terminal uses from respective by physical layer signaling It redefines to ensure that the specific PUCCH resource that the multiple receiving terminal uses is not rushed on frequency domain in the candidate resource of PUCCH It is prominent；Alternatively,

Indicate that the OFDM symbol position of specific PUCCH resource that the multiple receiving terminal uses differs by physical layer signaling.

40. resource determining device according to claim 29, which is characterized in that the configuration module is used for：For institute When stating the candidate resource of current scheduling unit configuration PUCCH of receiving terminal：

By the receiving terminal, at least a configuration exists in the candidate resource of the PUCCH of required configuration in the current scheduling unit In the range of the frequency domain resource of the PUSCH or PDSCH of the current scheduling unit；Alternatively, the current tune from the receiving terminal A benchmark scheduling unit is selected in multiple continuous scheduling units before spending unit, by the receiving terminal in the current tune Spend in unit at least a configuration in the candidate resource of the PUCCH of required configuration in the PUSCH of the benchmark scheduling unit or In the range of the frequency domain resource of PDSCH.

41. resource determining device according to claim 40, which is characterized in that the benchmark scheduling unit is the multiple Continuously the last one in scheduling unit.

42. resource determining device according to claim 29, which is characterized in that

43. the resource determining device of a kind of upload control, which is characterized in that be set to and receive end side, described device includes：

It is configured module, for the candidate resource of Q parts of Physical Uplink Control Channel PUCCH to be configured by transmitting terminal, Q is positive integer, At least a Physical Uplink Shared Channel PUSCH or physics for being located at the receiving terminal in the candidate resource for the PUCCH being configured In the range of the frequency domain resource of DSCH Downlink Shared Channel PDSCH.

44. resource determining device according to claim 43, which is characterized in that described device further includes：Know module, For knowing specific PUCCH resource, the specific PUCCH resource is that transmitting terminal selects one from the candidate resource of the PUCCH The specific PUCCH resource that part uses for the receiving terminal；

45. resource determining device according to claim 43, which is characterized in that it is described to be configured module, for being sent out During the candidate resource of Q parts of PUCCH of sending end configuration, using following two modes：

Mode one：The candidate resource of Q parts of PUCCH is configured by transmitting terminal by way of receiving physical layer signaling or high-level signaling；

Mode two：The candidate resource of M parts of PUCCH is configured by transmitting terminal by way of receiving physical layer signaling or high-level signaling, The candidate resource of W parts of PUCCH is configured to the PUSCH of the receiving terminal with transmitting terminal by way of arranging in advance by transmitting terminal Or in the range of the frequency domain resource of PDSCH, W+M=Q, W are the integer more than or equal to 1, and M is the integer more than or equal to 0.

46. resource determining device according to claim 45, which is characterized in that it is described to be configured module, for described In mode two, by way of receiving physical layer signaling or high-level signaling, by transmitting terminal the receiving terminal except PUSCH and/ Or the candidate resource of M parts of PUCCH is configured in the frequency domain except the frequency domain resource range of PDSCH.

47. resource determining device according to claim 45, which is characterized in that the physical layer signaling includes：In PDCCH DCI；

48. resource determining device according to claim 44, which is characterized in that it is described to know module, it is received for passing through The mode for the physical layer signaling that transmitting terminal is sent knows the specific PUCCH moneys by way of arranging in advance with transmitting terminal Source.

49. resource determining device according to claim 48, which is characterized in that it is described to know module, for by connecing In the case that the mode of physical layer signaling that transmitting-receiving sending end is sent knows the specific PUCCH resource, transmitting terminal transmission is received Physical layer signaling and in the physical layer signaling comprising being used to indicate the ratio of the specific PUCCH resource that the receiving terminal uses It is special；Alternatively,

When receive transmitting terminal transmission physical layer signaling but in the physical layer signaling do not include be used to indicate the reception When holding the bit of specific PUCCH resource used, determine that the specific PUCCH resource that the receiving terminal uses is position with transmitting terminal In the candidate resource of the PUCCH in the frequency domain of the PUSCH or PDSCH of the receiving terminal；

It is described to know module, in the situation that the specific PUCCH resource is known by way of arranging in advance with transmitting terminal Under, when the physical layer signaling for not receiving transmitting terminal transmission is come when indicating specific PUCCH resource that the receiving terminal uses, with transmission End determines the frequency domain that the specific PUCCH resource that the receiving terminal uses is PUSCH or PDSCH positioned at the receiving terminal The candidate resource of interior PUCCH.

50. resource determining device according to claim 49, which is characterized in that as the PUSCH positioned at the receiving terminal or When the candidate resource of PUCCH is more parts in the frequency domain of PDSCH：

51. resource determining device according to claim 43, which is characterized in that

Be configured to by transmitting terminal the candidate resource of the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal by Part occupies the part or all of frequency domain resource of the PUSCH or PDSCH of the receiving terminal；Alternatively,

The candidate resource that the PUCCH in the range of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal is configured to by transmitting terminal accounts for Physical Resource Block PRB comes from the PRB of the frequency domain resource of the PUSCH or PDSCH of the receiving terminal in whole or in part.

52. resource determining device according to claim 43, which is characterized in that it is described to be configured module, it is additionally operable to：Pass through The candidate resource of the Q parts of PUCCH is configured by transmitting terminal for physical layer signaling or the mode of high-level signaling that reception transmitting terminal is sent The OFDM symbol position of the scheduling unit at place and/or OFDM symbol quantity, the OFDM symbol position of the candidate resource of PUCCH are It is configured or is configured from back to front from front to back in scheduling unit where candidate resource from PUCCH, wherein, it is described from forward direction Configuration refers to backward matching before the OFDM symbol of the PUSCH or PDSCH of the scheduling unit where candidate resource from PUCCH afterwards It puts.

53. resource determining device according to claim 43, which is characterized in that be configured in multiple receiving terminals by transmitting terminal In the case of the candidate resource of PUCCH, when the frequency of the multiple receiving terminal PUSCH in different scheduling units or PDSCH When the specific PUCCH resource that domain resource overlapping and the multiple receiving terminal use is in same scheduling unit,

Each receiving terminal in the multiple receiving terminal be configured module receive transmitting terminal physical layer signaling indicate with The specific PUCCH resource respectively used is redefined from each receiving terminal respectively candidate resource of PUCCH to ensure The specific PUCCH resource that multiple receiving terminals use is stated on frequency domain not conflict；Alternatively,

Each receiving terminal in the multiple receiving terminal be configured module receive transmitting terminal physical layer signaling indicate with Ensure that the OFDM symbol position for the specific PUCCH resource that the multiple receiving terminal uses differs.

54. resource determining device according to claim 43, which is characterized in that the module that is configured is used for：It is sent When the candidate resource of PUCCH is configured for current scheduling unit for end：

By transmitting terminal by the receiving terminal in the current scheduling unit at least one in the candidate resource of the PUCCH of required configuration Part configuration is in the range of the frequency domain resource of the PUSCH or PDSCH of the current scheduling unit；Alternatively,

By transmitting terminal by the receiving terminal in the current scheduling unit at least one in the candidate resource of the PUCCH of required configuration Part configuration in the range of the frequency domain resource of the PUSCH or PDSCH of benchmark scheduling unit, the benchmark scheduling unit be transmitting terminal from The scheduling unit selected in multiple continuous scheduling units before the current scheduling unit of the receiving terminal.

55. resource determining device according to claim 54, which is characterized in that the benchmark scheduling unit is the multiple Continuously the last one in scheduling unit.

56. resource determining device according to claim 43, which is characterized in that

57. a kind of transmitting terminal, which is characterized in that including processor and be stored with the storage of the processor-executable instruction Device when described instruction is executed by processor, performs following operation：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured for receiving terminal, Q is positive integer, the PUCCH's being configured At least a Physical Uplink Shared Channel PUSCH or Physical Downlink Shared Channel for being located at the receiving terminal in candidate resource In the range of the frequency domain resource of PDSCH.

58. transmitting terminal according to claim 57, which is characterized in that the candidate resource carrying receiving terminal of every part of PUCCH An ascending control information UCI transmission of one PUCCH or receiving terminal；

The operation that the processor performs specifically includes：When the candidate resource of PUCCH is configured for receiving terminal, using following two sides Formula：

59. a kind of receiving terminal, which is characterized in that including processor and be stored with the storage of the processor-executable instruction Device when described instruction is executed by processor, performs following operation：

The candidate resource of Q parts of Physical Uplink Control Channel PUCCH is configured by transmitting terminal, Q is positive integer, the PUCCH's being configured At least a Physical Uplink Shared Channel PUSCH or Physical Downlink Shared Channel for being located at the receiving terminal in candidate resource In the range of the frequency domain resource of PDSCH.

60. receiving terminal according to claim 59, which is characterized in that the candidate resource carrying receiving terminal of every part of PUCCH An ascending control information UCI transmission of one PUCCH or receiving terminal；

The operation that the processor performs specifically includes：In the candidate resource that Q parts of PUCCH are configured by transmitting terminal, use is following Two ways：