CN110149698A - Wireless communication sends the determination method and device of resource - Google Patents
Wireless communication sends the determination method and device of resource Download PDFInfo
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- CN110149698A CN110149698A CN201810142082.1A CN201810142082A CN110149698A CN 110149698 A CN110149698 A CN 110149698A CN 201810142082 A CN201810142082 A CN 201810142082A CN 110149698 A CN110149698 A CN 110149698A
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- 238000004891 communication Methods 0.000 title claims abstract description 69
- 230000005540 biological transmission Effects 0.000 claims abstract description 215
- 238000013507 mapping Methods 0.000 claims abstract description 38
- 238000001514 detection method Methods 0.000 claims description 125
- 230000011664 signaling Effects 0.000 claims description 23
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- 238000004590 computer program Methods 0.000 claims description 15
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- 235000005035 Panax pseudoginseng ssp. pseudoginseng Nutrition 0.000 claims description 10
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Classifications
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/04—Wireless resource allocation
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/20—Control channels or signalling for resource management
- H04W72/23—Control channels or signalling for resource management in the downlink direction of a wireless link, i.e. towards a terminal
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W72/00—Local resource management
- H04W72/20—Control channels or signalling for resource management
- H04W72/21—Control channels or signalling for resource management in the uplink direction of a wireless link, i.e. towards the network
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Abstract
The present invention provides the determination method and devices that a kind of wireless communication sends resource.Wherein, comprising: receive the scheduling instruction message that base station is sent, which includes at least one of: resource location indicates that information, resource mapping method indicate information；If indicating that information determines that scheduled transmission resource is located at shared resource pond or shared resource region according to resource location, is determined according to the corresponding parameter sets of parameter sets corresponding with shared resource pool or shared resource region and send resource；If indicating that information determines that the scheduled corresponding parameter of transmission resource is shared resource parameter sets according to resource mapping method, the transmission resource is determined according to the parameter in shared resource parameter sets.Through the invention, solve the problems, such as that 3 UE of mode in the related technology sends resource pool and 4 UE of mode sends resource contention caused by the subchannel number summation difference that resource pool includes in frequency domain.
Description
Technical field
The present invention relates to the communications fields, and the determination method and device of resource is sent in particular to a kind of wireless communication.
Background technique
Car networking refers to the communication protocol and Data Exchange Standard according to agreement, in vehicle-X (X: vehicle, road, pedestrian and interconnection
Net etc.) between, communicate wirelessly the big grid with information exchange.Vehicle can be made to be travelled by car networking communication
Safety improves traffic efficiency and is facilitated or entertainment information.Classify from the object of wireless communication, car networking communication includes
Three kinds of different types: (Vehicle to Vehicle, referred to as V2V), vehicle and roadside equipment are communicated between vehicle and vehicle
Between communicate and communicate (Vehicle between (Vehicle to Infrastructure, abbreviation V2I) and vehicle and pedestrian
Pedestrian, abbreviation V2P), it is referred to as V2X communication.
V2X side chain road sidelink communication includes the mode 3 of resource being dispatched based on base station and based on UE competitive resource
4 two kinds of transmission modes of mode, under 3 mode of mode, UE sends control and data in specified resource according to the scheduling of base station,
Under 4 mode of mode, UE is according to sending, transmission in resource pool is controlled and the resource of data is monitored autonomous selection resource transmission and controlled
And data.
In the related art, UE according to base station configure or be pre-configured determine send resource pool, use configuration or be pre-configured
The resource sent in resource pool sends V2X message.Do not support mode 3UE and mode 4UE are shared to send resource pool, if mode
The transmission resource pool of 3UE has overlapping with the transmission resource pool of mode 4UE, then will appear mode in the scope of resource of lap
The transmission resource contention of 3UE and mode4UE causes reception UE to be unable to properly receive V2X message.
In order to improve the utilization efficiency of radio resource, the V2X in Rel-15 stage increases total to mode 3UE and mode 4UE
The support of resource pool is enjoyed, while also needing to keep backwards compatibility, the mode in shared resource pond includes two kinds of possible modes: resource
Pond is shared completely and resource pool partial sharing, as illustrated in figs. 1A and ib.In Rel-14V2X, mode 4UE parses secondary chain
After road controls information (Sidelink Control Information, referred to as SCI) content, according to resource indicated value
(resource indication value, referred to as RIV) and mapping relations (available by the correlation formula in standard)
The corresponding V2X Data Physical side link shared channels of acquisition (Physical Sidelink Shared Channel, referred to as
PSSCH the frequency domain resource pond position (index of the starting subchannel including re-transmission)With frequency domain that is first, retransmitting continuous dispensing
Subchannel length LsubCH), and in transmitting terminal UE, calculate the value of RIV in the configuration of Current resource pond all subchannel numbers it is total
(NsubCH) related, parameter N in different resource pool configurationssubCHIt may be different.
For mode 3UE and mode 4UE partial sharing resource pool mode (as shown in Figure 1 b), if mode 4UE includes
Rel-14mode 4UE, then Rel-14mode 4UE is closed after the part analysis SCI of shared resource pond according to the value of RIV and mapping
System obtains the starting sub-channel index that SCI corresponding data (PSSCH) retransmits in 4 resource pool of mode and first, re-transmission continuous dispensing
Frequency domain subchannel length.In this case, if transmitting terminal UE is mdoe 3UE, transmitting terminal UE is according to 3 resource of mode
Summation (the N of the corresponding subchannel number in pondsubCH) parameter calculates RIV, if 4 resource pool of 3 resource pool of mode and mode
Subchannel number summation parameter it is unequal, then Rel-14mode 4UE according to RIV determine PSSCH in 4 resource pool of mode
In frequency domain resource position be it is wrong, including starting sub-channel index not to and continuous dispensing frequency domain subchannel length not
It is right.If selecting resource according to the result of this mistake, it is more likely that will lead to resource contention.
As it can be seen that if the mode in Rel-15 stage support section shared resource pond, there are the mode of overlapping relation
The subchannel number summation that the transmission resource pool of 3UE and the transmission resource pool of mode 4UE include in frequency domain is possible different, in this way
Meeting so that the SCI RIV value that includes for the transmission resource pool for sending resource pool and mode 4UE of mode 3UE, it is corresponding
The frequency domain resource position of PSSCH can be different, and the frequency domain subchannel number including starting sub-channel index difference and continuous dispensing is not
Together.Mode 4UE in this way is during selecting resource, the resource of exclusion inaccuracy, including starting sub-channel index not to and frequency
The number of domain subchannel is not right.
For in the related technology, in the case where the shared resource pond 4UE 3UE and mode mode, the transmission of mode 3UE
Resource contention caused by the subchannel number summation difference that the transmission resource pool of resource pool and mode 4UE include in frequency domain is asked
Topic, not yet puts forward effective solutions.
Summary of the invention
The embodiment of the invention provides the determination method and devices that a kind of wireless communication sends resource, at least to solve correlation
In technology in the case where the shared resource pond 4UE 3UE and mode mode, mode3UE's sends resource pool and mode 4UE
The problem of sending resource pool resource contention caused by the subchannel number summation difference that frequency domain includes.
According to one embodiment of present invention, a kind of determination method that wireless communication sends resource is provided, is applied to the
One Mode subscriber devices UE, comprising: the scheduling instruction message and/or detection sensing configuration signal that base station is sent are received,
In, the scheduling instruction message includes at least one of: resource location indicates that information, resource mapping method indicate information；Institute
Stating detection configuration signal includes at least one of: detection resource area information, detecting parameter set；It is indicated according to the scheduling
Message and/or detection sensing configuration signal, determine the transmission resource for wireless communication；Wherein, it is indicated according to the scheduling
Message determines that the transmission resource for wireless communication includes at least one of: if indicating that information is true according to the resource location
Fixed scheduled transmission resource is located at shared resource pond or shared resource region, then according to ginseng corresponding with the shared resource pond
Manifold is closed or the corresponding parameter sets in shared resource region determine the transmission resource；If being indicated according to the resource mapping method
Information determines that the scheduled corresponding parameter of transmission resource is shared resource parameter sets, then according to the shared resource parameter set
Parameter in conjunction determines the transmission resource；According to the detection sensing configuration signal, the transmission for wireless communication is determined
Resource includes: to be based on the detecting parameter set in detection resource area to be detected；The detection result is reported to described
Base station, to assist the base station to determine the transmission resource.
Optionally, whether the resource location instruction information is used to indicate the scheduled transmission resource described shared
In resource pool or the shared resource region, wherein content indicated by resource location instruction information include it is following at least
One of: resource pool index, resource pool type, resource area mark, resource collection mark.
Optionally, the shared resource pond includes at least: can be not only used for the first mode UE can also be used for described second
The transmission resource collection of mode UE.
Optionally, the shared resource region includes at least: first mode UE resource pool and second mode UE resource pool weight
Folded resource collection, or include the subset of resources in first mode UE resource pool, wherein the first mode UE resource pool packet
It includes first mode UE and sends resource pool and/or first mode UE reception resource pool；The second mode UE resource pool includes second
Mode UE sends resource pool and/or second mode UE receives resource pool.
Optionally, described to determine that the transmission resource includes: root according to parameter sets corresponding with the shared resource pond
The frequency domain position of the transmission resource of physics side link shared channels PSSCH is determined according to the corresponding parameter sets in the shared resource pond
It sets；Wherein, the corresponding parameter sets in the shared resource pond include at least one of: the starting resource block in shared resource pond
RB, the starting subchannel in shared resource pond, end subchannel, the shared resource for terminating RB, shared resource pond in shared resource pond
Subchannel number that RB number that pond includes on frequency domain, shared resource pond include on frequency domain, the corresponding bit of subframe
Sequence of mapping.
Optionally, described to determine that the transmission resource includes: according to parameter sets corresponding with the shared resource region
The frequency domain position of the transmission resource of PSSCH is determined according to the corresponding second mode UE resource pool parameter sets in the shared resource region
It sets；Wherein, the corresponding second mode UE resource pool in the shared resource region includes: that second mode UE sends or receives resource pool
Designated identification corresponding to resource pool, wherein the designated identification and the resource location indicate that information or shared resource are matched
The indicated shared resource area identification of confidence breath is identical or there are incidence relations；Alternatively, true according to shared resource parameter sets
The fixed transmission resource, wherein the shared resource parameter sets are associated with the shared resource region, according to the base station
The shared resource configuration information of transmission determines.
Optionally, it the second mode UE resource pool parameter sets, including at least one of: starting resource block RB, rises
Beginning subchannel terminates RB, RB number for terminating subchannel, including on frequency domain, subchannel number, the time domain for including on frequency domain
The corresponding bit map sequence of subframe.
Optionally, whether the resource mapping method instruction message is used to indicate the scheduled transmission resource according to institute
Shared resource parameter sets are stated to determine.
Optionally, before receiving the scheduling instruction message that base station is sent, the method also includes at least one of: connecing
The resource pool configuration information that the base station is sent is received, resource pool parameter is determined according to the resource pool configuration information；Described in reception
The overlapped resource pond configuration information that base station is sent, it is determining with the first mode UE's according to overlapped resource pond configuration information
Send the reception resource pool of resource pool overlapping；Mark, it is described mark include at least resource pool index or resource pool type；It receives
The shared resource configuration information that the base station is sent, according to the shared resource configuration information determine shared resource region and/or
With the associated shared resource parameter sets of shared resource area.
Optionally, the detection resource area, including at least one of: it is Chong Die with resource pool is received to send resource pool
Resource collection；Wherein, the reception resource pool is identified by identifying, and the mark is according to overlapped resource pond configuration information come really
It is fixed；Shared resource region, wherein the shared resource region is determined according to shared resource configuration information；Shared resource pond,
In, the shared resource pond be first mode UE and second mode UE share transmission resource pool, the shared resource pond according to
The resource pool configuration information determines.
Optionally, the detecting parameter set, including at least one of: resource pool parameter sets are received, wherein described
It receives resource pool and identifies that the mark is determined according to overlapped resource pond configuration information by identifying；Shared resource parameter set
It closes, wherein the shared resource parameter sets are determined according to shared resource configuration information；Shared resource parameter and transmission resource pool
The combination of parameter, wherein the shared resource parameter is determined according to shared resource configuration information；Resource pool parameter sets are sent,
Wherein, the transmission resource pool parameter is determined according to resource pool configuration information；Shared resource pond parameter sets, wherein described total
Resource pool parameter is enjoyed to be determined according to resource pool configuration information.
Optionally, described to be based on the detecting parameter set to carry out detection including: according to the base in detection resource area
The detection indication signaling sent of standing is detected in the detection resource area；Wherein, included by the detection indication signaling
Content includes at least one of: starting detection, stops detection, detection time length；The detection resource area includes following
At least one: send the resource pool resource collection Chong Die with resource pool is received, wherein the reception resource pool is known by identifying
Not, the mark is determined according to overlapped resource pond configuration information；Shared resource region, wherein shared resource region root
It is determined according to shared resource configuration information；Shared resource pond, wherein the shared resource pond is first mode UE and second mode UE
Shared transmission resource pool, the shared resource pond are determined according to the resource pool configuration information.
Optionally, the resource pool configuration information includes at least one of: resource pool parameter, instruction resource pool type
Parameter；Wherein, the resource pool includes sending resource pool and/or reception resource pool and/or shared resource pond；The resource pool ginseng
Number includes at least one of: starting resource block RB, the RB for starting subchannel, terminating RB, terminating subchannel, include on frequency domain
Number, the subchannel number for including on frequency domain, the corresponding bit map sequence of subframe；The resource pool type include with
At least one lower: first mode UE sends resource pool, first mode UE receives resource pool, first mode UE and second mode UE and is total to
The transmission resource pool enjoyed；Overlapped resource pond configuration information includes at least following one: resource pool index, resource pool type；
The resource pool index and the resource pool type are all the instruction reception resources Chong Die with the transmission resource pool of first mode UE
Pond.
Optionally, the shared resource configuration information includes at least one of: the parameter in instruction shared resource region, altogether
Enjoy resource parameters set；The shared resource region includes at least one of: starting resource block RB, starting subchannel, being terminated
RB, RB number for terminating subchannel, including on frequency domain, the subchannel number for including on frequency domain, the corresponding ratio of subframe
Special sequence of mapping；The shared resource parameter sets include at least one of: the starting resource block RB in reference resources pond, reference
The starting subchannel of resource pool, the end RB in reference resources pond, the end subchannel in reference resources pond, reference resources pond are in frequency domain
On RB number including, reference resources pond the subchannel number that includes on frequency domain, reference resources pond it is corresponding in subframe
Bit map sequence, the mark in reference resources pond；Wherein, the method for determination in the reference resources pond includes at least one of:
It is determined according to the shared resource parameter sets；According to the group of the shared resource parameter sets and transmission resource pool parameter sets
It closes and determines；It is determined according to the shared resource parameter sets and the combination for receiving resource pool parameter sets.
According to another embodiment of the invention, a kind of determining device of wireless communication transmission resource is provided, is applied to
First mode user equipment (UE) includes: receiving module, for receiving the scheduling instruction message and/or detection of base station transmission
Sensing configuration signal, wherein the scheduling instruction message includes at least one of: resource location instruction information, resource are reflected
The mode of penetrating indicates information；The detection configuration signal includes at least one of: detection resource area information, detecting parameter collection
It closes；Determining module, for determining for wirelessly communicating according to the scheduling instruction message and/or detection sensing configuration signal
Transmission resource；Wherein, according to the scheduling instruction message, determine the transmission resource for wireless communication include it is following at least it
One: if indicating that information determines that scheduled transmission resource is located at shared resource pond or shared resource area according to the resource location
Domain then determines the hair according to parameter sets corresponding with the shared resource pond or the corresponding parameter sets in shared resource region
Send resource；If indicating that information determines that the scheduled corresponding parameter of transmission resource is shared resource according to the resource mapping method
Parameter sets then determine the transmission resource according to the parameter in the shared resource parameter sets；According to the detection
Sensing configuration signal determines that the transmission resource for wireless communication includes: to be based on the detecting parameter in detection resource area
Set is detected；The detection result is reported into the base station, to assist the base station to determine the transmission resource.
Optionally, whether the resource location instruction information is used to indicate the scheduled transmission resource described shared
In resource pool or the shared resource region, wherein content indicated by resource location instruction information include it is following at least
One of: resource pool index, resource pool type, resource area mark, resource collection mark.
Optionally, the shared resource pond includes at least: can be not only used for the first mode UE can also be used for described second
The transmission resource collection of mode UE.
Optionally, the shared resource region includes at least: first mode UE resource pool and second mode UE resource pool weight
Folded resource collection, or include the subset of resources in first mode UE resource pool, wherein the first mode UE resource pool packet
It includes first mode UE and sends resource pool and/or first mode UE reception resource pool；The second mode UE resource pool includes second
Mode UE sends resource pool and/or second mode UE receives resource pool.
Optionally, the determining module is also used to determine physics side chain according to the corresponding parameter sets in the shared resource pond
Share the frequency domain position of the transmission resource of channel PSSCH in road；Wherein, the corresponding parameter sets in the shared resource pond include following
At least one: the starting resource block RB in shared resource pond, the starting subchannel in shared resource pond, shared resource pond end RB,
RB number that the end subchannel in shared resource pond, shared resource pond include on frequency domain, shared resource pond include on frequency domain
Subchannel number, the corresponding bit map sequence of subframe.
Optionally, the determining module is also used to according to the corresponding second mode UE resource pool ginseng in the shared resource region
Manifold closes the frequency domain position for determining the transmission resource of PSSCH；Wherein, the corresponding second mode UE resource in the shared resource region
Pond includes: that second mode UE sends or receives resource pool corresponding to the designated identification of resource pool, wherein the designated identification with
Shared resource area identification indicated by the resource location instruction information or shared resource configuration information is identical or there is association
Relationship；Alternatively, the determining module is also used to determine the transmission resource according to shared resource parameter sets, wherein described total
Enjoy that resource parameters set is associated with the shared resource region, the shared resource configuration information sent according to the base station is true
It is fixed.
Optionally, it the second mode UE resource pool parameter sets, including at least one of: starting resource block RB, rises
Beginning subchannel terminates RB, RB number for terminating subchannel, including on frequency domain, subchannel number, the time domain for including on frequency domain
The corresponding bit map sequence of subframe.
Optionally, whether the resource mapping method instruction message is used to indicate the scheduled transmission resource according to institute
Shared resource parameter sets are stated to determine.
Optionally, described device further includes at least one of: first processing module, in the tune for receiving base station transmission
It spends before instruction message, receives the resource pool configuration information that the base station is sent, determined and provided according to the resource pool configuration information
Source pond parameter；Second processing module, the overlapped resource pond configuration information sent for receiving the base station, provides according to the overlapping
The determining reception resource pool Chong Die with the transmission resource pool of the first mode UE of source pond configuration information；Mark, the mark
Including at least resource pool index or resource pool type；Third processing module is matched for receiving the shared resource that the base station is sent
Confidence breath, according to the shared resource configuration information determine shared resource region and/or with shared resource area it is associated shared
Resource parameters set.
Optionally, the detection resource area, including at least one of: it is Chong Die with resource pool is received to send resource pool
Resource collection；Wherein, the reception resource pool is identified by identifying, and the mark is according to overlapped resource pond configuration information come really
It is fixed；Shared resource region, wherein the shared resource region is determined according to shared resource configuration information；Shared resource pond,
In, the shared resource pond be first mode UE and second mode UE share transmission resource pool, the shared resource pond according to
The resource pool configuration information determines.
Optionally, the detecting parameter set, including at least one of: resource pool parameter sets are received, wherein described
It receives resource pool and identifies that the mark is determined according to overlapped resource pond configuration information by identifying；Shared resource parameter set
It closes, wherein the shared resource parameter sets are determined according to shared resource configuration information；Shared resource parameter and transmission resource pool
The combination of parameter, wherein the shared resource parameter is determined according to shared resource configuration information；Resource pool parameter sets are sent,
Wherein, the transmission resource pool parameter is determined according to resource pool configuration information；Shared resource pond parameter sets, wherein described total
Resource pool parameter is enjoyed to be determined according to resource pool configuration information.
Optionally, the detection indication signaling that the determining module is also used to be sent according to the base station is in the detection resource
Region is detected；Wherein, content included by the detection indication signaling includes at least one of: starting detection, stops
Detection, detection time length；The detection resource area includes at least one of: it is Chong Die with resource pool is received to send resource pool
Resource collection, wherein the reception resource pool identifies by identifying, the mark according to overlapped resource pond configuration information come
It determines；Shared resource region, wherein the shared resource region is determined according to shared resource configuration information；Shared resource pond,
In, the shared resource pond be first mode UE and second mode UE share transmission resource pool, the shared resource pond according to
The resource pool configuration information determines.
Optionally, the resource pool configuration information includes at least one of: resource pool parameter, instruction resource pool type
Parameter；Wherein, the resource pool includes sending resource pool and/or reception resource pool and/or shared resource pond；The resource pool ginseng
Number includes at least one of: starting resource block RB, the RB for starting subchannel, terminating RB, terminating subchannel, include on frequency domain
Number, the subchannel number for including on frequency domain, the corresponding bit map sequence of subframe；The resource pool type include with
At least one lower: first mode UE sends resource pool, first mode UE receives resource pool, first mode UE and second mode UE and is total to
The transmission resource pool enjoyed；Overlapped resource pond configuration information includes at least following one: resource pool index, resource pool type；
The resource pool index and the resource pool type are all the instruction reception resources Chong Die with the transmission resource pool of first mode UE
Pond.
Optionally, the shared resource configuration information includes at least one of: the parameter in instruction shared resource region, altogether
Enjoy resource parameters set；The shared resource region includes at least one of: starting resource block RB, starting subchannel, being terminated
RB, RB number for terminating subchannel, including on frequency domain, the subchannel number for including on frequency domain, the corresponding ratio of subframe
Special sequence of mapping；The shared resource parameter sets include at least one of: the starting resource block RB in reference resources pond, reference
The starting subchannel of resource pool, the end RB in reference resources pond, the end subchannel in reference resources pond, reference resources pond are in frequency domain
On RB number including, reference resources pond the subchannel number that includes on frequency domain, reference resources pond it is corresponding in subframe
Bit map sequence, the mark in reference resources pond；Wherein, the method for determination in the reference resources pond includes at least one of:
It is determined according to the shared resource parameter sets；According to the group of the shared resource parameter sets and transmission resource pool parameter sets
It closes and determines；It is determined according to the shared resource parameter sets and the combination for receiving resource pool parameter sets.
According to still another embodiment of the invention, a kind of storage medium is additionally provided, meter is stored in the storage medium
Calculation machine program, wherein the computer program is arranged to execute the step in any of the above-described embodiment of the method when operation.
According to still another embodiment of the invention, a kind of electronic device, including memory and processor are additionally provided, it is described
Computer program is stored in memory, the processor is arranged to run the computer program to execute any of the above-described
Step in embodiment of the method.
Through the invention, the scheduling instruction message and/or detection sensing configuration signal that base station is sent are received, wherein should
Dispatching instruction message includes at least one of: resource location indicates that information, resource mapping method indicate information；Detection configuration
Signaling includes at least one of: detection resource area information, detecting parameter set；According to the scheduling instruction message and/or spy
Sensing configuration signal is surveyed, determines the transmission resource for wireless communication；Wherein, according to the scheduling instruction message, determination is used for
The transmission resource of wireless communication includes at least one of: if indicating that information determines that scheduled transmission provides according to the resource location
Source is located at shared resource pond or shared resource region, then according to parameter sets corresponding with the shared resource pond or shared resource area
The corresponding parameter sets in domain determine the transmission resource；If indicating that information determines that scheduled transmission provides according to the resource mapping method
The corresponding parameter in source is shared resource parameter sets, then determines that the transmission provides according to the parameter in the shared resource parameter sets
Source；According to detection sensing configuration signal, determine that the transmission resource for wireless communication includes: in detection resource area base
It is detected in the detecting parameter set；Result of that probe is reported into the base station, to assist the base station to determine the transmission resource.
That is, the content according to indicated by the scheduling instruction message of base station transmission and/or detection sensing configuration signal determines wireless communication
Transmission resource, and then solve in the related technology in the case where the shared resource pond 4UE 3UE and mode mode, mode
Money caused by the subchannel number summation difference that the transmission resource pool of the transmission resource pool of 3UE and mode 4UE include in frequency domain
The problem of source conflicts the technical effect for improving resource utilization is reached.
Detailed description of the invention
The drawings described herein are used to provide a further understanding of the present invention, constitutes part of this application, this hair
Bright illustrative embodiments and their description are used to explain the present invention, and are not constituted improper limitations of the present invention.In the accompanying drawings:
Fig. 1 a is a kind of schematic diagram in the shared resource pond of mode 3UE and mode 4UE in the related technology；
Fig. 1 b is another schematic diagram in the shared resource pond of mode 3UE and mode 4UE in the related technology；
Fig. 2 is a kind of hardware block diagram of the mobile terminal of the determination method of communication resource of the embodiment of the present invention；
Fig. 3 is the determination method flow diagram that wireless communication according to an embodiment of the present invention sends resource；
Fig. 4 is that the wireless communication of alternative embodiment according to the present invention sends the determination method schematic diagram (one) of resource；
Fig. 5 is that the wireless communication of alternative embodiment according to the present invention sends the determination method schematic diagram (two) of resource；
Fig. 6 is that the wireless communication of alternative embodiment according to the present invention sends the determination method schematic diagram (three) of resource；
Fig. 7 is that the wireless communication of alternative embodiment according to the present invention sends the determination method schematic diagram (four) of resource；
Fig. 8 is the structural block diagram of the determining device of the communication resource according to an embodiment of the present invention；
Fig. 9 is the structural block diagram (one) of the determining device of the communication resource according to an embodiment of the present invention.
Specific embodiment
Hereinafter, the present invention will be described in detail with reference to the accompanying drawings and in combination with Examples.It should be noted that not conflicting
In the case of, the features in the embodiments and the embodiments of the present application can be combined with each other.
It should be noted that description and claims of this specification and term " first " in above-mentioned attached drawing, "
Two " etc. be to be used to distinguish similar objects, without being used to describe a particular order or precedence order.
Embodiment 1
Embodiment of the method provided by the embodiment of the present application one can be in mobile terminal, terminal or similar fortune
It calculates and is executed in device.For running on mobile terminals, Fig. 2 is a kind of determination method of communication resource of the embodiment of the present invention
Mobile terminal hardware block diagram.As shown in Fig. 2, mobile terminal 10 may include that one or more (only shows one in Fig. 2
It is a) (processor 102 can include but is not limited to the processing of Micro-processor MCV or programmable logic device FPGA etc. to processor 102
Device) and memory 104 for storing data, optionally, above-mentioned mobile terminal can also include the biography for communication function
Transfer device 106 and input-output equipment 108.It will appreciated by the skilled person that structure shown in Fig. 2 is only to show
Meaning, does not cause to limit to the structure of above-mentioned mobile terminal.For example, mobile terminal 10 may also include it is more than shown in Fig. 2
Perhaps less component or with the configuration different from shown in Fig. 2.
Memory 104 can be used for storing computer program, for example, the software program and module of application software, such as this hair
The corresponding computer program of determination method of the communication resource in bright embodiment, processor 102 are stored in memory by operation
Computer program in 104 realizes above-mentioned method thereby executing various function application and data processing.Memory 104
May include high speed random access memory, may also include nonvolatile memory, as one or more magnetic storage device, flash memory,
Or other non-volatile solid state memories.In some instances, memory 104 can further comprise relative to processor 102
Remotely located memory, these remote memories can pass through network connection to mobile terminal 10.The example packet of above-mentioned network
Include but be not limited to internet, intranet, local area network, mobile radio communication and combinations thereof.
Transmitting device 106 is used to that data to be received or sent via a network.Above-mentioned network specific example may include
The wireless network that the communication providers of mobile terminal 10 provide.In an example, transmitting device 106 includes a Network adaptation
Device (Network Interface Controller, referred to as NIC), can be connected by base station with other network equipments to
It can be communicated with internet.In an example, transmitting device 106 can for radio frequency (Radio Frequency, referred to as
RF) module is used to wirelessly be communicated with internet.
A kind of determination method of wireless communication transmission resource is provided in the present embodiment, and Fig. 3 is to implement according to the present invention
The wireless communication of example sends the determination method flow diagram of resource, is applied to first mode user equipment (UE), as shown in figure 3, the stream
Journey includes the following steps:
Step S302 receives scheduling instruction message and/or detection sensing configuration signal that base station is sent, wherein the tune
Spending instruction message includes at least one of: resource location indicates that information, resource mapping method indicate information；Confidence is matched in the detection
Enable includes at least one of: detection resource area information, detecting parameter set；
Optionally, whether above-mentioned resource location instruction information is used to indicate the scheduled transmission resource in the shared resource
In pond or the shared resource region, wherein the resource location indicates that content indicated by information includes at least one of: resource
Pond index, resource pool type, resource area mark, resource collection mark.
Above-mentioned shared resource pond includes at least: can be not only used for first mode UE can also be used for the transmission of second mode UE
Resource collection.
Above-mentioned shared resource region includes at least: the first mode UE resource pool resource Chong Die with second mode UE resource pool
Set, or include the subset of resources in first mode UE resource pool, wherein first mode UE resource pool includes first mode
UE sends resource pool and/or first mode UE receives resource pool；Second mode UE resource pool includes that second mode UE sends money
Source pond and/or second mode UE receive resource pool.
Optionally, whether total according to this above-mentioned resource mapping method instruction message is used to indicate the scheduled transmission resource
Resource parameters set is enjoyed to determine.
Above-mentioned detection resource area, including at least one of: sending the resource pool resource set Chong Die with resource pool is received
It closes；Wherein, which identifies that the mark is determined according to overlapped resource pond configuration information by identifying；Shared money
Source region, wherein the shared resource region is determined according to shared resource configuration information；Shared resource pond, wherein the shared resource
Pond is the transmission resource pool that first mode UE and second mode UE shares, and the shared resource pond is true according to the resource pool configuration information
It is fixed.
Optionally, the detecting parameter set, including at least one of: resource pool parameter sets are received, wherein the reception
Resource pool identifies that the mark is determined according to overlapped resource pond configuration information by identifying；Shared resource parameter sets,
In, which determines according to shared resource configuration information；Shared resource parameter and transmission resource pool parameter
Combination, wherein the shared resource parameter is determined according to shared resource configuration information；Send resource pool parameter sets, wherein the hair
Resource pool parameter is sent to be determined according to resource pool configuration information；Shared resource pond parameter sets, wherein the shared resource pond parameter root
It is determined according to resource pool configuration information.
Step S304 is determined according to the scheduling instruction message and/or detection sensing configuration signal for wirelessly communicating
Transmission resource；
Wherein, according to the scheduling instruction message, determine that the transmission resource for wireless communication includes at least one of: if
Indicate that information determines that scheduled transmission resource is located at shared resource pond or shared resource region according to the resource location, then according to
Parameter sets corresponding with the shared resource pond or the corresponding parameter sets in shared resource region determine the transmission resource；If according to
The resource mapping method indicates that information determines that the scheduled corresponding parameter of transmission resource is shared resource parameter sets, then according to
Parameter in the shared resource parameter sets determines the transmission resource；According to detection sensing configuration signal, determines and be used for nothing
The transmission resource of line communication includes: to be based on the detecting parameter set in detection resource area to be detected；It will be on result of that probe
Report is to the base station, to assist the base station to determine the transmission resource.
Optionally, above-mentioned first mode UE includes but is not limited to mode 3UE.
Optionally, the execution sequence of step S302 and step S304 can be interchanged, it can step S304 is first carried out,
Then S302 is executed again.
Optionally, the application scenarios of the above method include but is not limited to: mode3UE is determined in V2X sidelink scene
Wireless communication sends resource.Under the application scenarios, through the invention, scheduling instruction message and/or spy that base station is sent are received
Survey sensing configuration signal, wherein the scheduling instruction message includes at least one of: resource location instruction information, resource are reflected
The mode of penetrating indicates information；The detection configuration signal includes at least one of: detection resource area information, detecting parameter set；
According to the scheduling instruction message and/or detection sensing configuration signal, the transmission resource for wireless communication is determined；Wherein, root
According to the scheduling instruction message, determine that the transmission resource for wireless communication includes at least one of: if according to the resource location
Indicate that information determines that scheduled transmission resource is located at shared resource pond or shared resource region, then according to the shared resource pond
The corresponding parameter sets of corresponding parameter sets or shared resource region determine the transmission resource；If according to the resource mapping method
Indicate that information determines that the scheduled corresponding parameter of transmission resource is shared resource parameter sets, then according to the shared resource parameter
Parameter in set determines the transmission resource；According to detection sensing configuration signal, the transmission money for wireless communication is determined
Source includes: to be based on the detecting parameter set in detection resource area to be detected；Result of that probe is reported into the base station, with association
The base station is helped to determine the transmission resource.That is, according to the scheduling instruction message of base station transmission and/or detection sensing configuration signal
Indicated content determines the transmission resource of wireless communication, and then solves total in mode 3UE and mode 4UE in the related technology
In the case where enjoying resource pool, subchannel that the transmission resource pool of mode 3UE and the transmission resource pool of mode 4UE include in frequency domain
The problem of resource contention caused by number summation difference, the technical effect for improving resource utilization is reached.
In one optionally embodiment, the transmission resource is determined according to parameter sets corresponding with the shared resource pond
The following steps are included:
Step S11, according to the shared resource pond, corresponding parameter sets determine the hair of physics side link shared channels PSSCH
Send the frequency domain position of resource；Wherein, which includes at least one of: shared resource pond
Starting resource block RB, the starting subchannel in shared resource pond, shared resource pond terminate RB, shared resource pond end letter
Subchannel number that RB number that road, shared resource pond include on frequency domain, shared resource pond include on frequency domain, subframe
Corresponding bit map sequence.
Optionally, determine the transmission resource according to parameter sets corresponding with the shared resource region the following steps are included:
Step S12 determines the hair of PSSCH according to the corresponding second mode UE resource pool parameter sets in the shared resource region
Send the frequency domain position of resource；Wherein, the corresponding second mode UE resource pool in the shared resource region includes: that second mode UE is sent
Or receive resource pool corresponding to the designated identification of resource pool, wherein the designated identification and resource location instruction information or total
Enjoy that shared resource area identification is identical indicated by resource allocation information or there are incidence relations；
Alternatively, step S14, determines the transmission resource according to shared resource parameter sets, wherein the shared resource parameter set
Conjunction is associated with the shared resource region, is determined according to the shared resource configuration information that the base station is sent.
S12 or step S14 through the above steps can make first mode UE and second mode UE be based on identical parameter set
Close the resource for determining that first mode UE sends PSSCH.
Optionally, it above-mentioned second mode UE resource pool parameter sets, including at least one of: starting resource block RB, rises
Beginning subchannel terminates RB, RB number for terminating subchannel, including on frequency domain, subchannel number, the time domain for including on frequency domain
The corresponding bit map sequence of subframe.
In one optionally embodiment, before receiving the scheduling instruction message that base station is sent, this method further includes
At least one of:
Step S21 receives the resource pool configuration information of base station transmission, determines resource pool according to the resource pool configuration information
Parameter；
Step S22 receives the overlapped resource pond configuration information of base station transmission, true according to the overlapped resource pond configuration information
The mark of the fixed reception resource pool that send resource pool Chong Die with first mode UE, the mark including at least resource pool index or
Resource pool type；
Step S23 receives the shared resource configuration information of base station transmission, is determined altogether according to the shared resource configuration information
Enjoy resource area and/or with the associated shared resource parameter sets of shared resource area.
In one optionally embodiment, detection resource area be based on the detecting parameter set carry out detection include with
Lower step:
Step S31 is detected according to the detection indication signaling that the base station is sent in the detection resource area；Wherein, should
Content included by detection indication signaling includes at least one of: starting detection, stops detection, detection time length；The spy
Surveying resource area includes at least one of: sending the resource pool resource collection Chong Die with resource pool is received, wherein reception money
Source pond identifies that the mark is determined according to overlapped resource pond configuration information by identifying；Shared resource region, wherein this is total
Resource area is enjoyed to be determined according to shared resource configuration information；Shared resource pond, wherein the shared resource pond be first mode UE and
Second mode UE shared transmission resource pool, the shared resource pond are determined according to the resource pool configuration information.
Optionally, which includes at least one of: resource pool parameter, indicates the ginseng of resource pool type
Number；Wherein, which includes sending resource pool and/or reception resource pool and/or shared resource pond；The resource pool parameter includes
At least one of: starting resource block RB, starting subchannel, terminate RB, terminate subchannel, include on frequency domain RB number,
Subchannel number, the corresponding bit map sequence of subframe for including on frequency domain；The resource pool type include it is following at least
One of: first mode UE sends resource pool, first mode UE receives the shared hair of resource pool, first mode UE and second mode UE
Send resource pool；
The overlapped resource pond configuration information includes at least following one: resource pool index, resource pool type；The resource pool rope
Draw and the resource pool type is all the instruction reception resource pool Chong Die with the transmission resource pool of first mode UE.
Optionally, which includes at least one of: the parameter in instruction shared resource region is shared
Resource parameters set；The shared resource region includes at least one of: starting resource block RB, starting subchannel, terminating RB, knot
Beam subchannel, RB for including on frequency domain number, the subchannel number for including on frequency domain, the corresponding bit map of subframe
Sequence；The shared resource parameter sets include at least one of: the starting resource block RB in reference resources pond, reference resources pond
Starting subchannel, the end RB in reference resources pond, the end subchannel in reference resources pond, reference resources pond include on frequency domain
Subchannel number that RB number, reference resources pond include on frequency domain, reference resources pond are in the corresponding bit map of subframe
Sequence, the mark in reference resources pond；Wherein, the method for determination in the reference resources pond includes at least one of: shared according to this
Resource parameters set determines；It is determined according to the shared resource parameter sets and the combination for sending resource pool parameter sets；According to this
Shared resource parameter sets and the combination for receiving resource pool parameter sets determine.
Below with reference to specific example, the present embodiment is illustrated.
UE (Rel-15mode 3UE) receives Downlink Control Information (the Downlink Control that base station is sent
Information, referred to as DCI), instruction information is carried in DCI, instruction resource pool mark is used to refer to the content institute of DCI
Based on resource pool.Resource pool mark can be resource pool index or resource pool type (is 3 resource pool of mode or mode
4 resource pools, or send resource pool and still receive resource pool).For example, including resource pool index instruction, the rope of instruction in DCI
Being cited as 1 (assuming that resource pool 1 is 4 resource pool of mode), then mode 3UE thinks that scheduled resource shares part in resource pool,
And according to the content of DCI, determined in the shared 4 resource pool parameter of mode that is based partially on of 3 resource pool of mode and 4 resource pool of mode
Send the resource of V2X message.Specifically, instruction information of the mode3UE according to DCI, determines according to 4 resource pool parameter of mode
The resource that PSSCH is sent.For example, the subchannel number for including based on 4 resource pool of mode determines mapping relations, the mapping relations
Formula is to realize domain Frequency resource location of initial transmission and in DCI
The value RIV of retransmission and the mapping relations of PSSCH frequency domain resource position, frequency domain resource position include that PSSCH is just passed
The starting sub-channel index retransmitted with the continuous subchannel number and PSSCH of re-transmission.Mode 3UE can according to the mapping relations
To determine the frequency domain resource position of PSSCH.In addition, based on the RB number that 4 resource pool of mode starting RB index and subchannel include,
According to the starting subchannel for distributing to biography at the beginning of the starting sub-channel index that PSSCH is just passed determines PSSCH in DCI.And according to DCI
In domain Frequency resource location of initial transmission and retransmission
Value determine the value of corresponding domain in SCI.
Alternatively, increasing instruction information in DCI, indicate that scheduled resource is in 3 dedicated resource sets of mode or altogether
It enjoys in resource collection.For example, instruction " 1 " indicates that scheduled resource is in shared resource set, mode 3UE is then according to configuration
4 resource pool parameter of mode or parameter sets determine send V2X message resource.Specifically, mode 3UE is according to DCI's
Indicate that information " 1 " determines scheduled resource in shared resource set, then (for example mode4 is provided according to 4 resource pool parameter of mode
The subchannel number that source pond includes) determine the mapping relations of RIV value Yu PSSCH frequency domain resource position, it is true by the mapping relations
Determine the first biography of PSSCH and retransmits the starting sub-channel index of continuous subchannel number and re-transmission.In addition, being based on 4 resource of mode
Pond originates RB index, according to the PSSCH RB number that just the starting sub-channel index of biography and subchannel include is distributed in DCI, determines
The starting subchannel that PSSCH is just passed.And according to domain Frequency resource location of initial in DCI
The value of transmission and retransmission determines the value of corresponding domain in SCI.
UE (Rel-15mode 3UE) receives configuration signal, determines mode3 resource pool according to configuration signal content, and/or
The resource collection shared in 3 resource pool of 4 resource pool of mode and/or mode with mode 4UE, and/or corresponding 4 resource of mode
The parameter sets in pond；
If the content of configuration signal is 4 resource pool information of 3 resource pool of mode and mode, mode3UE is according to configuration
Signaling content determines the portion that 3 resource pool of mode and 4 resource pool of mode and 3 resource pool of mode and 4 resource pool of mode are shared
Point；Such as: 1 mode 3 sends resource pool, and receiving resource pool includes 13 resource pool of mode and 14 resource pool of mode；
(mode 4UE is according to configuration or is pre-configured determining transmission resource pool and receives resource pool, such as: 1 mode 4 sends resource pool,
Receiving resource pool includes 14 resource pool of mode and 13 resource pool of mode.) mode 3 resource pool have with 4 resource pool of mode
Lap, lap are shared for mode 3UE and mode 4UE.
If the content of configuration signal is the resource shared in 3 resource pool of 3 resource pool of mode and mode with mode 4UE
The parameter sets of set and 4 resource pool of mode, then mode 3UE determines 3 resource pool of mode, mode 3 according to configuration signal
The resource collection shared in resource pool with mode 4UE, and determine the parameter set of 4 resource pool frequency domain resource location of mode
It closes.
Mode 3UE is determined according to instruction information carries out sensing and pre- in the shared part of mode 3 and 4 resource pool of mode
Resource is stayed to exclude；Instruction information include resource pool mark (such as resource pool index or resource pool type (mode 3 or mode
) and resource pool parameter sets 4).
If the content of indication signaling instruction is resource pool mark, Rel-15mode 3UE is based on indicated resource pool
Parameter carries out sensing and reserved resource excludes, wherein the scope of resource of Sensing is that resource pool shares part.
If the content of indication signaling instruction is resource pool parameter sets, Rel-15mode 3UE is based on indicated collection
Parameter in conjunction carries out sensing in the shared part of resource pool and reserved resource excludes.Parameter in set include it is following at least
One of: resource pool index, the subchannel number summation of resource pool, resource pool originate RB index, the RB number that subchannel includes.Money
The shared part in source pond includes the resource collection shared in mode3 resource pool with mode 4UE.
Below with reference to alternative embodiment, the present embodiment is illustrated.
Alternative embodiment 1
For the schematic diagram of this alternative embodiment as shown in figure 4,1001 be the transmission resource pool of mode 3UE, 1002 be mode
The transmission resource pool of 4UE, 1003 be 1001 and 1002 lap, the resource-area shared for mode 3UE and mode 4UE
Domain.Mode 3UE determines resource pool 1001 according to resource pool configuration signal to send resource pool, receiving resource pool includes resource pool
1001 and 1002；Mode 4UE determines resource pool 1002 to send resource pool, receives resource pool according to configuration or preconfigured information
Including resource pool 1001 and/or 1002.1003 send the lap of resource pool and mode4 transmission resource pool for mode 3,
1004 indicate that mode 3 sends resource pool and sends resource pool in frequency in the number N1,1005 expression mode 4 that frequency domain includes subchannel
Domain includes the number N2 of subchannel.Mode 3UE is determined according to overlapped resource pond configuration information receives whether resource pool provides with transmission
Source pond is shared association.Mode 3UE determines that receiving resource pool 1002 is and sends resource pool according to overlapped resource pond configuration information
1001 is associated.
Mode 3UE can get all parameter informations for receiving resource pool 1002 according to resource pool configuration signal, be included in money
The number N2 for the subchannel that source pond includes in frequency domain.Mode 3UE believes according to the transmission resource pool information and reception resource pool of configuration
Breath and overlapped resource pond configuration information obtain sending resource pool 1001 and receive the lap 1003 of resource pool 1002, really
Determine the shared resource region that the resource collection that lap 1003 includes is mode 3UE and mode 4UE.
It is sent alternatively, mode 3UE indicates that information or shared resource configuration information determine according to the shared resource region of base station
The resource collection 1003 that resource pool 1001 includes is the shared resource region of mode 3UE and mode 4UE.
Alternative embodiment 2
For the schematic diagram of this alternative embodiment as shown in figure 5,2001 be the transmission resource pool of mode 3UE, 2002 be mode
The transmission resource pool of 4UE, 2003 2001 and 2002 lap.
Mode 3UE determines resource pool 2001 according to resource pool configuration information to send resource pool, and receives resource pool；
Mode 4UE determines resource pool 2002 according to resource pool configuration information or preconfigured information to send resource pool, and receives money
Source pond.
Mode 3UE determines that sending the resource collection 2003 that resource pool 2001 includes is according to shared resource configuration information
The shared resource region of mode 3UE and mode 4UE.
Parameter comprising characterization 4 resource pool 2002 (alternatively referred to as reference resources pond) of mode in shared resource configuration information
Aggregate information, parameter sets include at least at least one of: the starting RB index in frequency domain, starting of 4 resource pool of mode
Channel indexes terminate RB index, the RB number that end sub-channel index, resource pool sub-channels include, resource pool in frequency domain and include
Number of subchannels, resource pool index in the bitmap of time domain, resource pool, resource pool type.
Mode 3UE can be true according to the parameter sets for characterization 4 resource pool of mode for including in shared resource configuration information
Determine some or all of mode4 resource pool information.For example, mode 3UE determines mode by the parameter sets of 4 resource pool of mode
The frequency domain of 4 resource pools and number comprising subchannel, the parameter sets include following one or more: mode 4 is provided
The initial position (can be indicated by the minimum RB index of resource pool) in source pond, 4 resource pool sub-channels size of mode (can
Indicated with RB number for including by subchannel), mode 4 resource pool in frequency domain include subchannel number.
Alternative embodiment 3
The schematic diagram of this alternative embodiment is as shown in fig. 6, mode 3UE determines resource pool according to resource pool configuration information
3001 is send resource pool, while (for example shared resource matches confidence according to sensing indication signaling or sensing configuration information
Breath) determine that resource area 3002 is the region sensing；Mode4UE determines money according to resource pool configuration information or preconfigured information
Source pond 3001 is to send resource pool, and receive resource pool.
The parameter that the region Sensing 3002 includes includes at least one of: starting RB index terminates RB index, starting
Sub-channel index, terminate sub-channel index, subchannel include the number of RB, frequency domain include subchannel number, in time domain with son
The corresponding bitmap of frame.
Mode 3UE is dispatched when sending the transmission signal of resource pool 3001 in base station, only dispatches the area sensing for mode 3UE
The resource that domain 3002 includes.In other words, the resource for not including by the region sensing 3002 in resource pool 3001 is being sent,
It will not be as the transmission resource of mode 3UE.In other words, the region sensing 3002 is the shared money of mode 3UE and mode 4UE
Source region.
When Mode 3UE sends V2X signal in 3002, sent based on the parameter for sending resource pool 3001.Wherein send money
The parameter in source pond 3001 includes at least one of: starting RB index, starting sub-channel index, subchannel comprising RB number,
Bitmap corresponding with subframe in subchannel number that frequency domain includes, time domain.
Alternative embodiment 4
Comprising instruction information in DCI signaling, the resource for being designated as mode 3UE scheduling is mode 3UE and mode 4UE
Shared resource.For example, the resource for being designated as mode 3UE scheduling sends resource pool in mode3 and mode 4 sends resource pool and weighs
In folded part range, or it is designated as resource that the resource of mode3UE scheduling includes in the transmission resource pool of mode 3
In collection or shared resource region.Mode 3UE sends resource pool in mode 3 and mode4 is sent according to the instruction information in DCI
Mode 3 in part range that resource pool is overlapped or indicated by base station send the subset of resources that resource pool includes or
It is determined in shared resource region and sends resource.
Determine that sending resource allocation method includes: mode 3UE according to (such as the instruction for including of the instruction information of base station in DCI
Information) or predefined criterion, send in the resource pool part range be overlapped with the transmission resource pool of mode 4 in mode 3 or
In the subset of resources or shared resource region that 3 resource pool of mode includes, according to mode 4 send resource pool parameter or
Shared resource parameter sets, which determine, sends resource location (such as frequency domain position).Wherein mode 4 sends resource pool and is provided according to reception
Source pond feature indicates that information determines, the reception resource pool feature instruction information, which is indexed comprising resource pool or sent with mdoe 3, to be provided
The associated information in source pond.The shared resource parameter sets include that the parameter for sending resource location is determined for mode 3UE,
Including at least one of: the son letter that starting RB index, starting sub-channel index, number of the subchannel comprising RB, frequency domain include
Bitmap corresponding with subframe in road number, time domain.
For example, as shown in Fig. 7,4001 send resource pool for mode 3, and 4002 send resource pool for mode 4, and 4003 are
Mode 3 sends resource pool and mode 4 sends the lap of resource pool.After Mode 3UE receives DCI, include according to DCI
Instruction information, determine whether scheduled transmission resource in mode 3 and mode 4 sends resource pool lap or shared money
Within source region 4003, the parameter of resource pool if it is is sent according to mode 4 or is determined according to shared resource parameter sets
The position of resource is sent, for example, sending the value M for the subchannel number 4004 that resource pool includes according to mode 4 to determine RIV value
Resource location is sent with PSSCH, the starting letter that the continuous subchannel number and PSSCH for just passing and retransmitting including PSSCH retransmit
Road index.
Alternative embodiment 5
The information comprising instruction detection in (sensing) indication signaling is detected, indicates mode 3UE in 3 resource pool of mode
The part Chong Die with 4 resource pool of mode carries out sensing.Wherein 3 resource pool of mode includes that mode 3 sends resource pool, mode
4 resource pools include being allocated to the reception resource pool of mode 3UE (for the transmission resource pool of mode 4UE, the transmission money of abbreviation mode 4
Source pond), and/or send the related mode 4 of resource pool with mode 3 and send resource pool, the association is by receiving resource
Pond feature indicates information instruction, and indicating mode includes resource pool index, resource pool type and shared mark, the reception money
Source pond feature instruction information may be embodied in the configuration information of overlapped resource pond.
Alternatively, the information comprising instruction detection in detection (sensing) indication signaling, instruction mode 3UE are provided in mode 3
Sensing or termination sensing is carried out in a subset of resources or resource-sharing region in the pond of source.
Alternatively, the information comprising instruction detection in detection (sensing) indication signaling, indicates mode 3UE in shared resource
Sensing is carried out in pond or terminates sensing, wherein shared resource pond is mode3UE and mode 4UE shared resource pond, according to
Resource pool configuration information determines.
Alternatively, mode 3UE is Chong Die with the transmission resource pool of mode 4 in the transmission resource pool of mode 3 according to predefined criterion
Part or sent in mode 3 and carry out sensing or termination in resource pool in a subset of resources or resource-sharing region
sensing。
Alternatively, mode 3UE refers to according to control signaling (such as DCI) or RRC (Radio Resource Control) signaling
Show, carries out sensing or end in shared resource pond or in 3 resource pool of mode in a subset of resources or shared resource region
Only sensing.
Mode 3UE sends resource pool with the transmission Chong Die part of resource pool mode 4 or in 3 resource of mode in mode 3
In pond in a subset of resources or resource-sharing region, resource pool parameter is sent according to mode 4 and carries out sensing.mode 3UE
The mode 4 configured by base station sends resource pool parameter or is determined by the shared resource parameter sets of base station configuration
The parameter needed during sensing.
Mode 3UE sends the resource pool part Chong Die with the transmission resource pool of mode 4 in mode 3 or sends in mode 3
During carrying out sensing in a subset of resources or shared resource region in resource pool, resource pool is sent according to mode 4
Parameter or the shared resource parameter sets of base station configuration carry out resource exclusion or resource selection.
Shared resource parameter sets include at least one of: starting RB index, starting sub-channel index, subchannel include
Bitmap corresponding with subframe in subchannel number that the number of RB, frequency domain include, time domain.The combination of these parameters is properly termed as
Reference resources pond parameter sets, for determining that mode3UE carries out the parameter that sensing is based on.
For example, mode 3UE sends resource pool with the transmission Chong Die part of resource pool mode 4 or in mode 3 in mode 3
After having correctly received SCI in a subset of resources in resource pool, domain Frequency resource location of is solved
The value of initial transmission and retransmission, is represented by RIV, contains PSSCH frequency domain resource position
The information set.Mode 3UE determines the continuous subchannel that corresponding PSSCH is just passed and retransmitted according to RIV value and mapping relations
The index of the starting subchannel of PSSCH when counting, and retransmitting.In this process, the mode that mode 3UE is indicated according to base station
The subchannel number parameter that the shared resource parameter sets of subchannel number or base station configuration that 4 transmission resource pools include include is come
Determine mapping relations, determined in other words according to the subchannel number that 4 resource pool of mode includes corresponding PSSCH just pass and again
Pass continuous subchannel number, and retransmit when PSSCH starting subchannel index.
Alternative embodiment 6
Mode 4UE sends the resource pool part Chong Die with the transmission resource pool of mode 3 in mode 4 or sends in mode 4
Sensing is carried out in a subset of resources or shared resource region in resource pool.
Mode 4UE carries out sensing based on the parameter for sending resource pool of mode 3.Wherein, mode3 transmission resource pool can
To be the unique reception resource pool for being allocated to mode 4UE；It is also possible to multiple reception resources that base station is allocated to mode 4UE
One in pond, corresponding mark (including resource pool index or resource pool type) is consistent with mark indicated by base station or exists
Incidence relation；
The parameter that Mode 3 sends resource pool can also be allocated to mode 4UE, mode by base station in a manner of parameter sets
The combination of set or the set and the parameter for sending resource pool of mode 3 that 4UE is configured according to base station determines the ginseng of sensing
Number；If it is combination, then the mode 3 send resource pool have with the transmission resource pool of mode 4 it is overlapping, mode4UE according to
The mark of base station instruction determines that the mode 3 sends resource pool.
Alternative embodiment 7
Mode 4UE sends the resource pool part Chong Die with the transmission resource pool of mode 3 in mode 4 or sends in mode 4
PSCCH and/or PSSCH is sent in a subset of resources or shared resource region in resource pool.
Mode 4UE based on mode 3 send resource pool parameter determine send PSSCH resource location (such as frequency domain provide
Source position).Wherein, mode 3, which sends resource pool, can be the unique reception resource pool for being allocated to mode 4UE；It is also possible to
Base station is allocated to one in multiple reception resource pools of mode 4UE, corresponding mark (including resource pool index or resource pool
Type) it is consistent with mark indicated by base station or there are incidence relations；
The parameter that Mode 3 sends resource pool can also be allocated to mode 4UE, mode by base station in a manner of parameter sets
The combination that parameter sets or the parameter sets and mode3 that 4UE is configured according to base station send the parameter of resource pool, which determines, to be sent
The resource location of PSSCH；If it is combination, then the mode 3 sends resource pool and mode 4 sends resource pool and has weight
Folded, mode4UE determines that the mode 3 sends resource pool according to the mark that base station indicates.
Embodiment 2
A kind of determining device of wireless communication transmission resource is additionally provided in the present embodiment, and the device is for realizing above-mentioned
Embodiment and preferred embodiment, the descriptions that have already been made will not be repeated.As used below, term " module " can be real
The combination of the software and/or hardware of existing predetermined function.Although device described in following embodiment is preferably realized with software,
But the realization of the combination of hardware or software and hardware is also that may and be contemplated.
Fig. 8 is the structural block diagram of the determining device of the communication resource according to an embodiment of the present invention, as shown in figure 8, the device
Include:
1) receiving module 82, for receiving the scheduling instruction message and/or detection sensing configuration signal of base station transmission,
Wherein, which includes at least one of: resource location indicates that information, resource mapping method indicate information；It should
Detecting configuration signal includes at least one of: detection resource area information, detecting parameter set；
2) determining module 84, for being used for according to the scheduling instruction message and/or detection sensing configuration signal, determination
The transmission resource of wireless communication；Wherein, according to the scheduling instruction message, determine that the transmission resource for wireless communication includes following
At least one: if indicating that information determines that scheduled transmission resource is located at shared resource pond or shared resource according to the resource location
Region then determines the transmission according to parameter sets corresponding with the shared resource pond or the corresponding parameter sets in shared resource region
Resource；If indicating that information determines that the scheduled corresponding parameter of transmission resource is shared resource parameter according to the resource mapping method
Set, then determine the transmission resource according to the parameter in the shared resource parameter sets；Match confidence according to detection sensing
It enables, determines that the transmission resource for wireless communication includes: to be based on the detecting parameter set in detection resource area to be detected；It will
Result of that probe reports to the base station, to assist the base station to determine the transmission resource.
Optionally, above-mentioned first mode UE includes but is not limited to mode 3UE.
Optionally, the application scenarios of above-mentioned apparatus include but is not limited to: mode3UE is determined in V2X sidelink scene
Wireless communication sends resource.Under the application scenarios, through the invention, scheduling instruction message and/or spy that base station is sent are received
Survey sensing configuration signal, wherein the scheduling instruction message includes at least one of: resource location instruction information, resource are reflected
The mode of penetrating indicates information；The detection configuration signal includes at least one of: detection resource area information, detecting parameter set；
According to the scheduling instruction message and/or detection sensing configuration signal, the transmission resource for wireless communication is determined；Wherein, root
According to the scheduling instruction message, determine that the transmission resource for wireless communication includes at least one of: if according to the resource location
Indicate that information determines that scheduled transmission resource is located at shared resource pond or shared resource region, then according to the shared resource pond
The corresponding parameter sets of corresponding parameter sets or shared resource region determine the transmission resource；If according to the resource mapping method
Indicate that information determines that the scheduled corresponding parameter of transmission resource is shared resource parameter sets, then according to the shared resource parameter
Parameter in set determines the transmission resource；According to detection sensing configuration signal, the transmission money for wireless communication is determined
Source includes: to be based on the detecting parameter set in detection resource area to be detected；Result of that probe is reported into the base station, with association
The base station is helped to determine the transmission resource.That is, according to the scheduling instruction message of base station transmission and/or detection sensing configuration signal
Indicated content determines the transmission resource of wireless communication, and then solves total in mode 3UE and mode 4UE in the related technology
In the case where enjoying resource pool, subchannel that the transmission resource pool of mode 3UE and the transmission resource pool of mode 4UE include in frequency domain
The problem of resource contention caused by number summation difference, the technical effect for improving resource utilization is reached.
In one optionally embodiment, above-mentioned determining module 84 is also used to according to the corresponding parameter in shared resource pond
Gather the frequency domain position for determining the transmission resource of physics side link shared channels PSSCH；Wherein, the corresponding ginseng in shared resource pond
It includes at least one of that manifold, which is closed: the starting resource block RB in shared resource pond, the starting subchannel in shared resource pond, shared money
RB number that the end RB in source pond, the end subchannel in shared resource pond, shared resource pond include on frequency domain, shared resource pond
Subchannel number, the corresponding bit map sequence of subframe for including on frequency domain.
Optionally, above-mentioned determining module 84 is also used to according to the corresponding second mode UE resource pool ginseng in the shared resource region
Manifold closes the frequency domain position for determining the transmission resource of PSSCH；Wherein, the corresponding second mode UE resource pool in the shared resource region
It include: that second mode UE sends or receives resource pool corresponding to the designated identification of resource pool, wherein the designated identification and the money
Source position indicates that shared resource area identification indicated by information or shared resource configuration information is identical or there are incidence relations；
Alternatively, above-mentioned determining module 84 is also used to determine the transmission resource according to shared resource parameter sets, wherein this is total
Enjoy the shared resource configuration information determination that resource parameters set is associated with the shared resource region, sends according to the base station.
Fig. 9 is the structural block diagram (one) of the determining device of the communication resource according to an embodiment of the present invention, as shown in figure 9, should
Device is other than including module shown in Fig. 8, further includes:
1) first processing module 92, for for receiving the base station before receiving the scheduling instruction message that base station is sent
The resource pool configuration information of transmission determines resource pool parameter according to the resource pool configuration information；Wherein, above-mentioned first processing module
92 can also be by Second processing module or third processing module equivalent replacement, wherein Second processing module, for receiving the base station
The overlapped resource pond configuration information of transmission, according to the determining transmission resource with first mode UE of the overlapped resource pond configuration information
The reception resource pool of pond overlapping；Mark, the mark include at least resource pool index or resource pool type；Third processing module,
For receiving the shared resource configuration information of base station transmission, shared resource region is determined according to the shared resource configuration information
And/or with the associated shared resource parameter sets of shared resource area.
Optionally, the detection indication signaling that above-mentioned determining module 84 is also used to be sent according to the base station is in the detection resource-area
Domain is detected；Wherein, content included by the detection indication signaling includes at least one of: start detection, stop detection,
Detection time length；The detection resource area includes at least one of: sending the resource pool resource Chong Die with resource pool is received
Set, wherein the reception resource pool identifies that the mark is determined according to overlapped resource pond configuration information by identifying；It is shared
Resource area, wherein the shared resource region is determined according to shared resource configuration information；Shared resource pond, wherein the shared money
Source pond is the transmission resource pool that first mode UE and second mode UE shares, and the shared resource pond is according to the resource pool configuration information
It determines.
It should be noted that above-mentioned modules can be realized by software or hardware, for the latter, Ke Yitong
Following manner realization is crossed, but not limited to this: above-mentioned module is respectively positioned in same processor；Alternatively, above-mentioned modules are with any
Combined form is located in different processors.
Embodiment 3
The embodiments of the present invention also provide a kind of storage medium, computer program is stored in the storage medium, wherein
The computer program is arranged to execute the step in any of the above-described embodiment of the method when operation.
Optionally, in the present embodiment, above-mentioned storage medium can be set to store by executing based on following steps
Calculation machine program:
S1 receives scheduling instruction message and/or detection sensing configuration signal that base station is sent, wherein scheduling instruction
Message includes at least one of: resource location indicates that information, resource mapping method indicate information；The detection configuration signal includes
At least one of: detection resource area information, detecting parameter set；
S2 determines the transmission for wireless communication according to the scheduling instruction message and/or detection sensing configuration signal
Resource.
Wherein, according to the scheduling instruction message, determine that the transmission resource for wireless communication includes at least one of: if
Indicate that information determines that scheduled transmission resource is located at shared resource pond or shared resource region according to the resource location, then according to
Parameter sets corresponding with the shared resource pond or the corresponding parameter sets in shared resource region determine the transmission resource；If according to
The resource mapping method indicates that information determines that the scheduled corresponding parameter of transmission resource is shared resource parameter sets, then according to
Parameter in the shared resource parameter sets determines the transmission resource；According to detection sensing configuration signal, determines and be used for nothing
The transmission resource of line communication includes: to be based on the detecting parameter set in detection resource area to be detected；It will be on result of that probe
Report is to the base station, to assist the base station to determine the transmission resource.
Optionally, in the present embodiment, above-mentioned storage medium can include but is not limited to: USB flash disk, read-only memory (Read-
Only Memory, referred to as ROM), it is random access memory (Random Access Memory, referred to as RAM), mobile hard
The various media that can store computer program such as disk, magnetic or disk.
The embodiments of the present invention also provide a kind of electronic device, including memory and processor, stored in the memory
There is computer program, which is arranged to run computer program to execute the step in any of the above-described embodiment of the method
Suddenly.
Optionally, above-mentioned electronic device can also include transmission device and input-output equipment, wherein the transmission device
It is connected with above-mentioned processor, which connects with above-mentioned processor.
Optionally, in the present embodiment, above-mentioned processor can be set to execute following steps by computer program:
S1 receives scheduling instruction message and/or detection sensing configuration signal that base station is sent, wherein scheduling instruction
Message includes at least one of: resource location indicates that information, resource mapping method indicate information；The detection configuration signal includes
At least one of: detection resource area information, detecting parameter set；
S2 determines the transmission for wireless communication according to the scheduling instruction message and/or detection sensing configuration signal
Resource.
Wherein, according to the scheduling instruction message, determine that the transmission resource for wireless communication includes at least one of: if
Indicate that information determines that scheduled transmission resource is located at shared resource pond or shared resource region according to the resource location, then according to
Parameter sets corresponding with the shared resource pond or the corresponding parameter sets in shared resource region determine the transmission resource；If according to
The resource mapping method indicates that information determines that the scheduled corresponding parameter of transmission resource is shared resource parameter sets, then according to
Parameter in the shared resource parameter sets determines the transmission resource；According to detection sensing configuration signal, determines and be used for nothing
The transmission resource of line communication includes: to be based on the detecting parameter set in detection resource area to be detected；It will be on result of that probe
Report is to the base station, to assist the base station to determine the transmission resource.
Optionally, the specific example in the present embodiment can be with reference to described in above-described embodiment and optional embodiment
Example, details are not described herein for the present embodiment.
Obviously, those skilled in the art should be understood that each module of the above invention or each step can be with general
Computing device realize that they can be concentrated on a single computing device, or be distributed in multiple computing devices and formed
Network on, optionally, they can be realized with the program code that computing device can perform, it is thus possible to which they are stored
It is performed by computing device in the storage device, and in some cases, it can be to be different from shown in sequence execution herein
Out or description the step of, perhaps they are fabricated to each integrated circuit modules or by them multiple modules or
Step is fabricated to single integrated circuit module to realize.In this way, the present invention is not limited to any specific hardware and softwares to combine.
The foregoing is only a preferred embodiment of the present invention, is not intended to restrict the invention, for the skill of this field
For art personnel, the invention may be variously modified and varied.It is all within principle of the invention, it is made it is any modification, etc.
With replacement, improvement etc., should all be included in the protection scope of the present invention.
Claims (21)
1. a kind of wireless communication sends the determination method of resource, it is applied to first mode user equipment (UE), which is characterized in that packet
It includes:
Receive the scheduling instruction message and/or detection sensing configuration signal that base station is sent, wherein the scheduling instruction message
Including at least one of: resource location indicates that information, resource mapping method indicate information；The detection configuration signal include with
It is at least one lower: detection resource area information, detecting parameter set；
According to the scheduling instruction message and/or detection sensing configuration signal, the transmission resource for wireless communication is determined；
Wherein, according to the scheduling instruction message, determine that the transmission resource for wireless communication includes at least one of:
If indicating that information determines that scheduled transmission resource is located at shared resource pond or shared resource area according to the resource location
Domain then determines the hair according to parameter sets corresponding with the shared resource pond or the corresponding parameter sets in shared resource region
Send resource；
If indicating that information determines the scheduled corresponding parameter of transmission resource for shared resource ginseng according to the resource mapping method
Manifold is closed, then determines the transmission resource according to the parameter in the shared resource parameter sets；
According to the detection sensing configuration signal, determine that the transmission resource for wireless communication includes: in detection resource area
It is detected based on the detecting parameter set；Detection result is reported into the base station, to assist described in the base station determination
Send resource.
2. the method according to claim 1, wherein
Whether the resource location instruction information is used to indicate the scheduled transmission resource in the shared resource pond or institute
It states in shared resource region, wherein content indicated by the resource location instruction information includes at least one of:
Resource pool index, resource pool type, resource area mark, resource collection mark.
3. the method according to claim 1, wherein
The shared resource pond includes at least: can be not only used for the first mode UE can also be used for the transmission of the second mode UE
Resource collection.
4. the method according to claim 1, wherein
The shared resource region includes at least: the first mode UE resource pool resource set Chong Die with second mode UE resource pool
It closes, or includes the subset of resources in first mode UE resource pool,
Wherein, the first mode UE resource pool includes that first mode UE sends resource pool and/or first mode UE reception resource
Pond；The second mode UE resource pool includes that second mode UE sends resource pool and/or second mode UE reception resource pool.
5. the method according to claim 1, wherein described according to parameter set corresponding with the shared resource pond
It closes and determines that the transmission resource includes:
The frequency of the transmission resource of physics side link shared channels PSSCH is determined according to the corresponding parameter sets in the shared resource pond
Domain position；Wherein, the corresponding parameter sets in the shared resource pond include at least one of:
The starting resource block RB in shared resource pond, the starting subchannel in shared resource pond, the end RB in shared resource pond, shared money
The son letter that RB number that the end subchannel in source pond, shared resource pond include on frequency domain, shared resource pond include on frequency domain
The corresponding bit map sequence of road number, subframe.
6. the method according to claim 1, wherein described according to parameter corresponding with the shared resource region
Set determines that the transmission resource includes:
The frequency of the transmission resource of PSSCH is determined according to the corresponding second mode UE resource pool parameter sets in the shared resource region
Domain position；Wherein, the corresponding second mode UE resource pool in the shared resource region includes: that second mode UE sends or receives money
Resource pool corresponding to the designated identification in source pond, wherein the designated identification and resource location instruction information or shared money
Shared resource area identification is identical indicated by the configuration information of source or there are incidence relations；
Alternatively, determining the transmission resource according to shared resource parameter sets, wherein the shared resource parameter sets with it is described
Shared resource region is associated, is determined according to the shared resource configuration information that the base station is sent.
7. according to the method described in claim 6, it is characterized in that, the second mode UE resource pool parameter sets, including with
It is at least one lower:
Starting resource block RB, starting subchannel terminate RB, RB number for terminating subchannel, including on frequency domain, wrap on frequency domain
Subchannel number, the corresponding bit map sequence of subframe contained.
8. the method according to claim 1, wherein
Whether the resource mapping method instruction message is used to indicate the scheduled transmission resource according to the shared resource
Parameter sets determine.
9. according to claim 1, method described in 6 or 8, which is characterized in that receive base station send scheduling instruction message it
Before, the method also includes at least one of:
The resource pool configuration information that the base station is sent is received, resource pool parameter is determined according to the resource pool configuration information；
Receive the overlapped resource pond configuration information that the base station is sent, according to overlapped resource pond configuration information it is determining with it is described
The reception resource pool for sending resource pool overlapping of first mode UE；Mark, it is described mark include at least resource pool index or provide
Source pond type；
The shared resource configuration information that the base station is sent is received, shared resource area is determined according to the shared resource configuration information
Domain and/or with the associated shared resource parameter sets of shared resource area.
10. the method according to claim 1, wherein the detection resource area, including at least one of:
Send the resource pool resource collection Chong Die with resource pool is received；Wherein, the reception resource pool is identified by identifying, institute
Mark is stated to be determined according to overlapped resource pond configuration information；
Shared resource region, wherein the shared resource region is determined according to shared resource configuration information；
Shared resource pond, wherein the shared resource pond is the transmission resource pool that first mode UE and second mode UE shares, institute
Shared resource pond is stated to be determined according to the resource pool configuration information.
11. the method according to claim 1, wherein the detecting parameter set, including at least one of:
Receive resource pool parameter sets, wherein the reception resource pool identifies that the mark is according to overlapped resource by identifying
Pond configuration information determines；
Shared resource parameter sets, wherein the shared resource parameter sets are determined according to shared resource configuration information；
Shared resource parameter and the combination for sending resource pool parameter, wherein the shared resource parameter is configured according to shared resource
Information determines；
Send resource pool parameter sets, wherein the transmission resource pool parameter is determined according to resource pool configuration information；
Shared resource pond parameter sets, wherein shared resource pond parameter is determined according to resource pool configuration information.
12. the method according to claim 1, wherein described be based on the detecting parameter in detection resource area
Set carries out detection
It is detected according to the detection indication signaling that the base station is sent in the detection resource area；Wherein, the detection refers to
Show that content included by signaling includes at least one of: starting detection, stops detection, detection time length；The detection money
Source region includes at least one of: sending the resource pool resource collection Chong Die with resource pool is received, wherein the reception resource
Pond identifies that the mark is determined according to overlapped resource pond configuration information by identifying；Shared resource region, wherein described
Shared resource region is determined according to shared resource configuration information；Shared resource pond, wherein the shared resource pond is first mode
UE and second mode UE shared transmission resource pool, the shared resource pond are determined according to the resource pool configuration information.
13. the method according to any one of claim 9 to 12, which is characterized in that
The resource pool configuration information includes at least one of: resource pool parameter, indicates the parameter of resource pool type；Wherein,
The resource pool includes sending resource pool and/or reception resource pool and/or shared resource pond；The resource pool parameter includes following
At least one: starting resource block RB, starting subchannel terminate RB, RB number for terminating subchannel, including on frequency domain, in frequency
Subchannel number, the corresponding bit map sequence of subframe for including on domain；The resource pool type include it is following at least it
One: first mode UE sends resource pool, first mode UE receives the shared transmission of resource pool, first mode UE and second mode UE
Resource pool；
Overlapped resource pond configuration information includes at least following one: resource pool index, resource pool type；The resource pool rope
Draw and the resource pool type is all the instruction reception resource pool Chong Die with the transmission resource pool of first mode UE.
14. the method according to any one of claim 6 to 12, which is characterized in that
The shared resource configuration information includes at least one of: the parameter in instruction shared resource region, shared resource parameter
Set；
The shared resource region includes at least one of: starting resource block RB, starting subchannel terminate RB, terminate son letter
Road, RB for including on frequency domain number, the subchannel number for including on frequency domain, the corresponding bit map sequence of subframe；
The shared resource parameter sets include at least one of: the starting resource block RB in reference resources pond, reference resources pond are risen
The RB that beginning subchannel, the end RB in reference resources pond, the end subchannel in reference resources pond, reference resources pond include on frequency domain
Subchannel number that number, reference resources pond include on frequency domain, reference resources pond are in the corresponding bit map sequence of subframe
Column, the mark in reference resources pond；Wherein, the method for determination in the reference resources pond includes at least one of: according to described total
Resource parameters set is enjoyed to determine；It is determined according to the shared resource parameter sets and the combination for sending resource pool parameter sets；Root
It is determined according to the shared resource parameter sets and the combination for receiving resource pool parameter sets.
15. a kind of wireless communication sends the determining device of resource, it is applied to first mode user equipment (UE), which is characterized in that packet
It includes:
Receiving module, for receiving the scheduling instruction message and/or detection sensing configuration signal of base station transmission, wherein described
Dispatching instruction message includes at least one of: resource location indicates that information, resource mapping method indicate information；The detection is matched
It includes at least one of that confidence, which enables: detection resource area information, detecting parameter set；
Determining module, for determining and being used for channel radio according to the scheduling instruction message and/or detection sensing configuration signal
The transmission resource of letter；
Wherein, according to the scheduling instruction message, determine that the transmission resource for wireless communication includes at least one of:
If indicating that information determines that scheduled transmission resource is located at shared resource pond or shared resource area according to the resource location
Domain then determines the hair according to parameter sets corresponding with the shared resource pond or the corresponding parameter sets in shared resource region
Send resource；
If indicating that information determines the scheduled corresponding parameter of transmission resource for shared resource ginseng according to the resource mapping method
Manifold is closed, then determines the transmission resource according to the parameter in the shared resource parameter sets；
According to the detection sensing configuration signal, determine that the transmission resource for wireless communication includes: in detection resource area
It is detected based on the detecting parameter set；Detection result is reported into the base station, to assist described in the base station determination
Send resource.
16. device according to claim 15, which is characterized in that the determining module is also used to according to the shared resource
The corresponding parameter sets in pond determine the frequency domain position of the transmission resource of physics side link shared channels PSSCH；Wherein, described shared
The corresponding parameter sets of resource pool include at least one of:
The starting resource block RB in shared resource pond, the starting subchannel in shared resource pond, the end RB in shared resource pond, shared money
The son letter that RB number that the end subchannel in source pond, shared resource pond include on frequency domain, shared resource pond include on frequency domain
The corresponding bit map sequence of road number, subframe.
17. device according to claim 15, which is characterized in that the determining module is also used to according to the shared resource
The corresponding second mode UE resource pool parameter sets in region determine the frequency domain position of the transmission resource of PSSCH；Wherein, described shared
The corresponding second mode UE resource pool of resource area includes: that second mode UE sends or receives corresponding to the designated identification of resource pool
Resource pool, wherein the designated identification and the resource location indicate to be total to indicated by information or shared resource configuration information
It is identical or there are incidence relations to enjoy resource area mark；
Alternatively, the determining module is also used to determine the transmission resource according to shared resource parameter sets, wherein described shared
Resource parameters set is associated with the shared resource region, is determined according to the shared resource configuration information that the base station is sent.
18. device according to claim 15 or 16, which is characterized in that described device further includes at least one of:
First processing module, for before receiving the scheduling instruction message that base station is sent, receiving the resource that the base station is sent
Pond configuration information determines resource pool parameter according to the resource pool configuration information；
Second processing module, the overlapped resource pond configuration information sent for receiving the base station, according to the overlapped resource pond
The determining reception resource pool Chong Die with the transmission resource pool of the first mode UE of configuration information；Mark, it is described mark at least
Including resource pool index or resource pool type；
Third processing module, the shared resource configuration information sent for receiving the base station, configures according to the shared resource
Information determine shared resource region and/or with the associated shared resource parameter sets of shared resource area.
19. device according to claim 15, which is characterized in that
The determining module is also used to be visited according to the detection indication signaling that the base station is sent in the detection resource area
It surveys；Wherein, content included by the detection indication signaling includes at least one of: when starting detection, stopping detection, detection
Between length；The detection resource area includes at least one of: the resource pool resource collection Chong Die with resource pool is received is sent,
Wherein, the reception resource pool is identified by identifying, and the mark is determined according to overlapped resource pond configuration information；Shared money
Source region, wherein the shared resource region is determined according to shared resource configuration information；Shared resource pond, wherein described shared
Resource pool is the transmission resource pool that first mode UE and second mode UE shares, and the shared resource pond is matched according to the resource pool
Confidence breath determines.
20. a kind of storage medium, which is characterized in that be stored with computer program in the storage medium, wherein the computer
Program is arranged to execute method described in any one of claim 1 to 14 when operation.
21. a kind of electronic device, including memory and processor, which is characterized in that be stored with computer journey in the memory
Sequence, the processor are arranged to run the computer program to execute described in any one of claim 1 to 14
Method.
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| CN201810142082.1A CN110149698A (en) | 2018-02-11 | 2018-02-11 | Wireless communication sends the determination method and device of resource |
| PCT/CN2019/074064 WO2019154239A1 (en) | 2018-02-11 | 2019-01-31 | Method and apparatus for determining wireless communication sending resource |
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| CN201810142082.1A CN110149698A (en) | 2018-02-11 | 2018-02-11 | Wireless communication sends the determination method and device of resource |
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| CN113890697A (en) * | 2020-07-02 | 2022-01-04 | 维沃移动通信有限公司 | Method and device for notifying side link auxiliary information and electronic equipment |
| WO2022032637A1 (en) * | 2020-08-14 | 2022-02-17 | Lenovo (Beijing) Limited | Methods and apparatuses for pool sharing procedure between nr sidelink ues |
| WO2023207974A1 (en) * | 2022-04-28 | 2023-11-02 | 夏普株式会社 | Method executed by user equipment, and user equipment |
| CN115766473A (en) * | 2022-10-28 | 2023-03-07 | 南方电网数字平台科技(广东)有限公司 | Resource capacity planning method suitable for cloud platform operation |
| CN115766473B (en) * | 2022-10-28 | 2024-04-12 | 南方电网数字平台科技(广东)有限公司 | Resource capacity planning method suitable for cloud platform operation |
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