CN106455081A

CN106455081A - Resource allocation method and resource allocation device

Info

Publication number: CN106455081A
Application number: CN201610978083.0A
Authority: CN
Inventors: 李明菊; 朱亚军; 张云飞
Original assignee: 宇龙计算机通信科技(深圳)有限公司
Priority date: 2016-10-31
Filing date: 2016-10-31
Publication date: 2017-02-22
Also published as: WO2018076565A1

Abstract

The invention provides a resource allocation method and a resource allocation device. The resource allocation method comprises the steps of informing any terminal of a first subcarrier interval employed when communication is carried out and informing the any terminal of a second subcarrier interval employed by other terminals, wherein the terminals are all served by a base station; allocation communication resources to all terminals served by the base station; and if partial resources of resource blocks which are allocated to the any terminal under the first subcarrier interval are allocated to the other terminals, indicating the any terminal of the locations of the resource blocks according to the first subcarrier interval, and indicating the any terminal of the partial resources allocated to the other terminals in the resource blocks according to the second subcarrier interval. According to the technical scheme of the method and the device, when the base station allocates the resources to a plurality of terminals employing different subcarrier intervals, the maximum utilization of the resources is ensured, and the terminals are accurately indicated of learning the allocated communication resources.

Description

Resource allocation method and device for allocating resources

Technical field

The present invention relates to communication technical field, fills in particular to a kind of resource allocation method and a kind of resource distribution Put.

Background technology

Existing 4G and 4.5G mobile communication technology, (Long Term Evolution, is drilled for a long time to be all based on LTE Enter) and the wireless access technology of LTE-A (LTE-Advanced), running time-frequency resource granularity and frame structure etc..Such as current LTE system The a width of 20MHz of maximum single carrier band that can support, to the bigger bandwidth of support, can only rely on carrier aggregation (Carrier Aggregation, abbreviation CA) use.In addition, current frame structure mainly includes：FDD(Frequency Division Duplexing, FDD) frame structure, TDD (Time Division Duplexing, time division duplex) frame structure and LAA The dynamic frame structure that (LTE Assisted Access, LTE auxiliary is accessed) unauthorized carrier wave is used.Regardless of frame structure, All include 10 subframes, each subframe is that 1ms, each subframe includes two slot (time slot), and a slot is 0.5ms, each Slot includes 7 symbol (symbol) again.In terms of frequency domain, in LTE system, subcarrier spacing is mainly 15KHz, a RB (Resource Block, Resource Block) contains 12 subcarriers.And in NB-IoT (Narrow Band Internet of Things, the arrowband Internet of Things based on honeycomb) in propose a kind of subcarrier spacing of new 3.75KHz again, and NB-IoT Carrier bandwidths only have 180KHz.

In terms of resource allocation, FDD frame structure and tdd frame structure be all with 1ms subframe as when domain scheduling granularity, except DwPTS (Downlink Pilot Time Slot, descending pilot frequency time slot) in special subframe in tdd frame structure is used for transmitting During data, when domain scheduling granularity be less than 1ms's.Same the unauthorized carrier wave of LAA using frame structure in also occur in that multiplexing DwPTS is used as the descending scheduling time domain granularity of partial subframe, while also using the scheduling granularity of the whole subframe of 1ms. And in FDD frame structure and tdd frame structure, except the existing down sending time of special subframe in tdd frame structure and up Send outside the time, or other subframes are all up transmission or descending transmission time domain and separating frequency domain and separating.

It can be seen that, the granularity of current frame structure and frequency domain resource can all cause resource allocation underaction, and uplink scheduling The time of mechanism and HARQ (Hybrid Automatic Repeat Request, hybrid automatic repeat-request) feedback mechanism etc. Interval again causes that time delay is larger, and 20MHz bandwidth is also unsatisfactory for high bandwidth requirements.

Following 5G communication prevailing scenario includes following three kinds：EMBB (enhanced Mobile Broadband, enhanced Mobile broadband network), mMTC (massive Machine Type Communication, large-scale machines class communicate) and URLLC (Ultra-Reliable and Low Latency Communications, highly reliable low time delay communication).These three The targeted type of service of scene is different, and its demand is also different.Such as：Two leading indicators of eMBB business are high bandwidths And low time delay, on following high-frequency communication, eMBB business may support the big bandwidth of 100MHz, and be likely to sometime Whole bandwidth is all distributed directly to a user and uses, and uplink scheduling time delay and HARQ feedback time delay also bring along time delay shadow Ring；MMTC service needed is narrowband service, needs battery life very long, and this business is accomplished by the frequency domain of smaller particle size and more The time-domain resource of wide granularity；For URLLC business, it is also desirable to reduce the time delay that uplink scheduling time delay and HARQ feedback time delay are brought Impact.

That is due to the variation of business so that at present fixing frame structure, the frequency domain resource granularity of fixation and when Domain resource granularity can cause larger uplink scheduling time delay and longer HARQ feedback time delay, and less carrier bandwidths are also no Method meets the diversified demand of business, and 5G communication wants to accomplish enough flexibly, and any one resource all may be dynamic It is scheduling to use at any time.

At present, following common recognition has been reached in the council for 5G：For the different business on same carrier wave, can To there is different subcarrier spacings.If concrete as shown in figure 1, the subcarrier spacing of minimum is f₀, next has 2f₀、4f₀And 8f₀, The size of so corresponding RB (Resource Block, Resource Block) also becomes multiple proportion.In this case, such as UE#1 is used Be f₀, and only need to use f₀When RB0, and at this time without other use f₀User need Resources allocation, only use 2f₀UE#2, and UE#2 uses 2f₀When RB0 in part resource employed by UE#1, then remaining part resource Whether need UE#2 is distributed to, and how this designs which part of signaled UE#2 is used by other when UE#2 is distributed to It is all technical problem urgently to be resolved hurrily that family employs.

Content of the invention

The present invention is based at least one above-mentioned technical problem, it is proposed that a kind of new resource allocation proposal so that base When standing in the multiple terminal distribution resources being spaced using different sub carrier, maximally utilizing for resource, and energy is ensure that Enough accurate instruction terminals know the communication resource being assigned to.

In view of this, according to the first aspect of the invention, it is proposed that a kind of resource allocation method, including：Notify base station clothes The first subcarrier spacing that any terminal of business is used when communicating, and notify the base station to service to any terminal The second subcarrier spacing for using of other terminals；All terminal distribution communication resources to base station service；If to described Any terminal distribution its using the first subcarrier spacing under Resource Block in have part resource to be assigned to other terminals Use, then indicate the position of the Resource Block according to first subcarrier spacing to any terminal, and according to described the Two subcarrier spacings indicate to be assigned to, in the Resource Block, the part resource that other terminals are used to any terminal.

In the technical scheme, by the resource under its first subcarrier spacing for using that distributes to any terminal When having part resource to be assigned to other terminals uses in block, the resource of distribution is indicated to the terminal according to the first subcarrier spacing The position of block, and indicate in the Resource Block, to be assigned to the part that other terminals are used to the terminal according to the second subcarrier spacing Resource so that base station, can be according between different sub carrier when to the terminal distribution communication resource being spaced using different sub carrier Guarantee maximally utilizing for resource every corresponding Resource Block granularity, it is to avoid some is using the terminal of larger subcarrier spacing Only used a part of resource in larger Resource Block and remaining part resource is no longer allocated to the resource that other terminals are caused The problem of waste, improves spectrum efficiency.Meanwhile, also ensure that terminal can be accurate by indicating mode proposed by the present invention Know itself allocated communication resource, receive or send data by the allocated communication resource in order to terminal.

In technique scheme, it is preferable that second subcarrier spacing is less than or equal between first subcarrier Every, wherein, second subcarrier spacing is the minimum subcarrier spacing used in the terminal of base station service, or described the Two subcarrier spacings are only little than first subcarrier spacing subcarriers used in the terminal of base station service Interval.

In the technical scheme, when the second subcarrier spacing is the minimum subcarrier spacing used in the terminal of base station service When, it (can be a kind of or many that other above-mentioned terminals can be use other subcarrier spacings less than the first subcarrier spacing Kind) multiple terminals；And be only little than the first subcarrier spacing used in the terminal of base station service in the second subcarrier spacing A subcarrier spacing when, other above-mentioned terminals are the one or more terminals using the second subcarrier spacing.

In any of the above-described technical scheme, it is preferable that described resource allocation method also includes：Carried according to the described first son Ratio between wave spacing and second subcarrier spacing, determines and is indicating to be divided in the Resource Block to any terminal DCI (Downlink Control Information, the descending control for being used during the part resource that other terminals of dispensing are used Information) signaling bit number.

In the technical scheme, due to there is multiple proportion between subcarrier spacing, therefore can be according to the first son Ratio (i.e. multiple proportion) between carrier wave interval and the second subcarrier spacing carrys out true directional terminals and indicates to be allocated in Resource Block The bit number of the DCI signaling for being used during the part resource for using to other terminals.For example, if the first subcarrier spacing and second Ratio between subcarrier spacing is 2, then the bit number of the DCI signaling is that 2, i.e., each bit is corresponded in two pieces of resources of instruction Whether one of resource is taken by other terminals.

In any of the above-described technical scheme, it is preferable that notify other terminals of base station service to any terminal The step of the second subcarrier spacing for using, specifically include：

The numerical value of second subcarrier spacing is notified to any terminal；Or

The ratio between first subcarrier spacing and second subcarrier spacing is notified to any terminal.

In any of the above-described technical scheme, it is preferable that to the scheme of all terminal distribution communication resources of base station service, main The following two kinds to be had：

Allocative decision one：

The corresponding Resource Block granularity of minimum subcarrier spacing according to used in all terminals of base station service, to institute State all terminal distribution communication resources.

Allocative decision two：

The corresponding Resource Block granularity of the subcarrier spacing that used according to each terminal in all terminals, to described per The individual terminal distribution communication resource.

Further, specifically also included to each terminal distribution communication resource in the case of by allocative decision two：

According to the subcarrier spacing for being used order from big to small, successively to each terminal distribution communication resource described, Wherein, for the terminal using larger subcarrier spacing, the part resource in the Resource Block which distributes allows to be assigned to Other terminals using less subcarrier spacing；Or

According to the subcarrier spacing for being used order from big to small, successively to each terminal distribution communication resource described, Wherein, for the terminal using larger subcarrier spacing, the part resource in the Resource Block which distributes does not allow to be divided again Dispensing is using other terminals of less subcarrier spacing；Or

According to the subcarrier spacing for being used order from small to large, successively to each terminal distribution communication resource described, Wherein, in the Resource Block of the terminal distribution using larger subcarrier spacing, allowed part resource to be already allocated to using relatively Other terminals of little subcarrier spacing；Or

According to the subcarrier spacing for being used order from small to large, successively to each terminal distribution communication resource described, Wherein, presence is not allowed to be already allocated to using less in the Resource Block of the terminal distribution using larger subcarrier spacing The part resource of other terminals of subcarrier spacing.

Further, by allocative decision two come to each terminal distribution communication resource in the case of, can pass through with Under type is reducing the bit number of above-mentioned DCI signaling：

Mode one：

Connect at least one terminal distribution of the subcarrier spacing used in all terminals less than or equal to first predetermined value Continuous Resource Block.

In mode one, if at least one to the subcarrier spacing less (i.e. less than or equal to first predetermined value) for using The Resource Block of terminal distribution is discontinuous, is such as in the Resource Block under larger subcarrier spacing to the resource of a certain terminal distribution Multiple discontinuous position, then to after this Resource Block of terminal distribution using the larger subcarrier spacing, just need To indicate in this Resource Block, to be assigned to the part of other terminals by more detailed indicating mode, and then can cause The more problem of the bit number of DCI signaling, therefore can be to using less subcarrier spacing (less than or equal to first predetermined value) Terminal as far as possible distribute continuous Resource Block.

Mode two：

Needing to distribute to the part resource in the Resource Block under arbitrary subcarrier spacing using another subcarrier spacing Terminal when, the ratio between arbitrary subcarrier spacing and another subcarrier spacing should be less than or equal to second pre- Definite value.

In mode two, if the ratio between two subcarrier spacings is bigger, illustrate that the two subcarrier spacings are each right The Resource Block granularity that answers also differs larger, and the ratio between such as subcarrier spacing 1 and subcarrier spacing 2 is 2, UE#1 using son Carrier wave is spaced 1, UE#2 and uses subcarrier spacing 2, then wherein in the Resource Block by UE#1 under subcarrier spacing 1 When dividing (two parts altogether) to distribute to UE#2, base station only needs which portion in the Resource Block to be indicated by the DCI signaling of 2bit to UE#1 Divide and taken by UE#2.And if the ratio between subcarrier spacing 1 and subcarrier spacing 3 uses subcarrier spacing 1 for 8, UE#1, UE#3 uses subcarrier spacing 3, then the part (eight part altogether) in the Resource Block by UE#1 under subcarrier spacing 1 When distributing to UE#3, base station need to be indicated to UE#1 by the DCI signaling of 8bit in eight parts of the Resource Block per part whether by UE#3 takes, and this is obviously the increase in the bit number of DCI signaling.Therefore if desired by the Resource Block under a certain subcarrier spacing Part resource distribute to terminal using another subcarrier spacing, then the ratio between the two subcarrier spacings should be tried one's best Little.

Mode three：

For the Resource Block under larger subcarrier spacing, if being wherein not allocated to using less subcarrier spacing The surplus resources of terminal are less than or equal to third predetermined value, then do not allow the surplus resources are reallocated to using described larger Subcarrier spacing terminal.

In mode three, when only having sub-fraction residue in the Resource Block under larger subcarrier spacing, if again by this Part resource distributes to the terminal using larger subcarrier spacing, then need the DCI signaling of more bit to come to the terminal Indicated, therefore when only having seldom a part of resources left in the Resource Block under larger subcarrier spacing, no longer by this portion Divide resource allocation to the terminal using larger subcarrier spacing.

In any of the above-described technical scheme, it is preferable that described resource allocation method also includes：

If to the resource in the Resource Block under its first subcarrier spacing for using of any terminal distribution all not Being assigned to other terminals to use, then only the position to its Resource Block for distributing is indicated to any terminal；Or

If to the resource in the Resource Block under its first subcarrier spacing for using of any terminal distribution all not Being assigned to other terminals to use, then the position to its Resource Block for distributing is indicated to any terminal, and to described arbitrary Terminal indicates there is no the part resource for distributing to that other terminals are used in the Resource Block.

In any of the above-described technical scheme, it is preferable that by semi-static RRC (Radio Resource Control, no Line resources control) signaling notifies first subcarrier spacing and second subcarrier spacing to any terminal.

According to the second aspect of the invention, it is also proposed that a kind of resource allocation method, including：Receive the terminal of base station notice Between the first subcarrier spacing for being used when communicating, and second subcarrier that uses of other terminals of base station service Every；Receive the resource allocation information of base station transmission；If the resource allocation information indicates the base station to the terminal The position of the Resource Block under the first subcarrier spacing that the terminal is used of distribution, and in the Resource Block by other eventually The part resource that end is used with second subcarrier spacing, it is determined that do not used by other terminals described in the Resource Block Resource；According in the Resource Block not by other terminals described using resource communicated.

In the technical scheme, when resource allocation information indicates first son that in terminal use of the base station to terminal distribution The position of the Resource Block under carrier wave interval, and the part for being used with the second subcarrier spacing by other terminals in the Resource Block provides During source, base station is described in Resources allocation, is the consideration for being maximally utilized based on Resource Block, and right according to different sub carrier interval The Resource Block granularity that answers can so avoid some from only used using the terminal of larger subcarrier spacing be allocated A part of resource in larger Resource Block and remaining part resource are no longer allocated to asking for the wasting of resources that other terminals are caused Topic.Meanwhile, also ensure that terminal can accurately know itself allocated communication resource by the indicating mode of base station, so as to Receive or send data by the allocated communication resource in terminal.

According to the third aspect of the invention we, it is also proposed that a kind of device for allocating resources, including：Notification unit, for notifying The first subcarrier spacing that any terminal of base station service is used when communicating, and the base is notified to any terminal The second subcarrier spacing that other terminals for the service of standing are used；Allocation unit, all terminals for servicing to the base station are divided Join the communication resource；Indicating member, for carrying in its first son for using to what any terminal was distributed in the allocation unit When having part resource to be assigned to other terminals uses in the Resource Block under wave spacing, according to first subcarrier spacing to institute The position that any terminal indicates the Resource Block is stated, and according to second subcarrier spacing is indicated to any terminal The part resource that other terminals are used is assigned in Resource Block.

In any of the above-described technical scheme, it is preferable that described device for allocating resources also includes：Determining unit, for root According to the ratio between first subcarrier spacing and second subcarrier spacing, determine and institute is being indicated to any terminal State the bit number that the DCI signaling for being used during part resource that other terminals use is assigned in Resource Block.

In the technical scheme, due to there is multiple proportion between subcarrier spacing, therefore can be according to the first son Ratio (i.e. multiple proportion) between carrier wave interval and the second subcarrier spacing carrys out true directional terminals and indicates to be allocated in Resource Block The bit number of the DCI signaling for being used during the part resource for using to other terminals.For example, if the first subcarrier spacing and second Ratio between subcarrier spacing is 2, then the bit number of the DCI signaling is that 2, i.e., each bit is corresponded in two pieces of resources of instruction Whether one of resource is taken by other terminals..

In any of the above-described technical scheme, it is preferable that the notification unit specifically for：

In any of the above-described technical scheme, it is preferable that the allocation unit specifically for：

The corresponding Resource Block granularity of minimum subcarrier spacing according to used in all terminals of base station service, to institute State all terminal distribution communication resources；Or

Further, the subcarrier spacing pair for being used according to each terminal in all terminals in the allocation unit The Resource Block granularity that answers, to each terminal distribution communication resource described in the case of, the allocation unit is specifically additionally operable to：

Further, the subcarrier spacing pair for being used according to each terminal in all terminals in the allocation unit The Resource Block granularity that answers, to each terminal distribution communication resource described in the case of, in order to reduce the bit of above-mentioned DCI signaling Number, described allocation unit is allocated resource especially by the following manner：

Mode one：

Mode two：

Mode three：

In any of the above-described technical scheme, it is preferable that the indicating member is additionally operable to：

If the Resource Block under its first subcarrier spacing for using that the allocation unit is distributed to any terminal In resource be all not allocated to other terminals and use, then only indicate the position to its Resource Block for distributing to any terminal Put；Or

If the Resource Block under its first subcarrier spacing for using that the allocation unit is distributed to any terminal In resource be all not allocated to other terminals and use, then indicate the position to its Resource Block for distributing to any terminal, And indicate in the Resource Block, there is no the part resource for distributing to that other terminals are used to any terminal.

In any of the above-described technical scheme, it is preferable that the notification unit specifically for：By semi-static RRC signaling First subcarrier spacing and second subcarrier spacing are notified to any terminal.

According to the fourth aspect of the invention, it is also proposed that a kind of device for allocating resources, including：First receiving unit, is used for The first subcarrier spacing that the terminal of base station notice is used, and other terminals of base station service are received when communicating The second subcarrier spacing for using；Second receiving unit, for receiving the resource allocation information of base station transmission；Determine single Unit, for indicating first son that in the terminal use of the base station to the terminal distribution in the resource allocation information The position of the Resource Block under carrier wave interval, and used with second subcarrier spacing by other terminals in the Resource Block During part resource, the resource not used by other terminals described in the Resource Block is determined；Communication unit, for according to described true Order unit determine the Resource Block in not by other terminals described using resource communicated.

By above technical scheme so that base station when to the multiple terminal distribution resources being spaced using different sub carrier, Maximally utilizing for resource is ensure that, and accurately instruction terminal can know the communication resource being assigned to.

Description of the drawings

Fig. 1 shows the schematic diagram that different user is spaced using different sub carrier；

Fig. 2 shows the schematic flow sheet of resource allocation method according to first embodiment of the invention；

Fig. 3 shows the structural representation of device for allocating resources according to first embodiment of the invention；

Fig. 4 shows the schematic block diagram of base station according to first embodiment of the invention；

Fig. 5 shows the schematic flow sheet of the resource allocation method of second embodiment according to the present invention；

Fig. 6 shows the structural representation of the device for allocating resources of second embodiment according to the present invention；

Fig. 7 shows the schematic block diagram of terminal according to first embodiment of the invention；

Fig. 8 shows Resource-Allocation Result schematic diagram according to an embodiment of the invention；

Fig. 9 shows the schematic block diagram of the base station of second embodiment according to the present invention；

Figure 10 shows the schematic block diagram of the terminal of second embodiment according to the present invention.

Specific embodiment

In order to be more clearly understood that the above objects, features and advantages of the present invention, below in conjunction with the accompanying drawings and concrete real Apply mode to be further described in detail the present invention.It should be noted that in the case of not conflicting, the enforcement of the application Feature in example and embodiment can be mutually combined.

A lot of details are elaborated in the following description in order to fully understand the present invention, but, the present invention may be used also Implemented with being different from other modes described here using other, therefore, protection scope of the present invention is not by described below Specific embodiment restriction.

Fig. 2 shows the schematic flow sheet of resource allocation method according to first embodiment of the invention, and the resource is joined The executive agent for putting method can be base station.

As shown in Fig. 2 resource allocation method according to first embodiment of the invention, comprises the following steps：

Step S20, the first subcarrier spacing for notifying any terminal of base station service to be used when communicating, and to institute State the second subcarrier spacing that any terminal notifies other terminals of base station service to use.

Preferably, can by semi-static RRC signaling to any terminal notify first subcarrier spacing and Second subcarrier spacing.

Wherein, to any terminal, the step of the second subcarrier spacing that other terminals of base station service use is notified Suddenly, specifically include：

Step S22, to all terminal distribution communication resources of base station service.

Step S24, if to any terminal distribution its using the first subcarrier spacing under Resource Block in have Part resource is assigned to other terminals and uses, then indicate the money according to first subcarrier spacing to any terminal The position of source block, and indicate to be assigned to other in the Resource Block to any terminal according to second subcarrier spacing The part resource that terminal is used.

In the technical scheme shown in Fig. 2, by distributing first subcarrier spacing for using at which to any terminal Under Resource Block in when having part resource to be assigned to other terminals and use, indicated point to the terminal according to the first subcarrier spacing The position of the Resource Block that joins, and indicate that other terminals are assigned in the Resource Block to be made according to the second subcarrier spacing to the terminal Part resource so that base station, can be according to difference when to the terminal distribution communication resource being spaced using different sub carrier The corresponding Resource Block granularity of subcarrier spacing is guaranteeing maximally utilizing for resource, it is to avoid some is using between larger subcarrier Every terminal only used a part of resource in larger Resource Block and remaining part resource is no longer allocated to other terminals and makes The problem of the wasting of resources for becoming, improves spectrum efficiency.Meanwhile, terminal is also ensured that by indicating mode proposed by the present invention Itself allocated communication resource can accurately be known, received or send number by the allocated communication resource in order to terminal According to.

Wherein, the second above-mentioned subcarrier spacing is less than or equal to first subcarrier spacing, is meeting this condition On the basis of, the second subcarrier spacing can be specifically the minimum subcarrier spacing used in the terminal of base station service, or base Only little than first subcarrier spacing subcarrier spacing used in the terminal of the service of standing.

In one embodiment of the invention, above-mentioned resource allocation method also includes：According between first subcarrier Ratio between second subcarrier spacing, determines and is indicating to be assigned in the Resource Block to any terminal The bit number of the DCI signaling for being used during the part resource that other terminals are used.

In this embodiment, due to there is multiple proportion between subcarrier spacing, therefore can be carried according to the first son Ratio (i.e. multiple proportion) between wave spacing and the second subcarrier spacing carrys out true directional terminals and indicates to be assigned in Resource Block The bit number of the DCI signaling for being used during the part resource that other terminals are used.For example, if the first subcarrier spacing and the second son Ratio between carrier wave interval is 2, then the bit number of the DCI signaling is 2, i.e., each bit corresponds to its in two pieces of resources of instruction In one piece of resource whether taken by other terminals.

Further, shown in Fig. 2 the step of, S22 specifically had the following two kinds allocative decision：

Allocative decision one：

Allocative decision two：

Mode one：

Mode two：

Mode three：

In other embodiments of the invention, described resource allocation method also includes：

Fig. 3 shows the structural representation of device for allocating resources according to first embodiment of the invention.

As shown in figure 3, device for allocating resources 300 according to first embodiment of the invention, including：Notification unit 302, Allocation unit 304 and indicating member 306.

Wherein, the first son that notification unit 302 is used for notifying any terminal of base station service to be used when communicating is carried Wave spacing, and second subcarrier spacing that uses of other terminals of base station service is notified to any terminal；Distribution is single Unit 304 is used for all terminal distribution communication resources to base station service；Indicating member 306 is used in the allocation unit 304 to any terminal distribution its using the first subcarrier spacing under Resource Block in have part resource to be assigned to The position of the Resource Block, and root when other terminals are used, are indicated to any terminal according to first subcarrier spacing Indicate to be assigned to, in the Resource Block, the part that other terminals are used to any terminal according to second subcarrier spacing Resource.

In any of the above-described technical scheme, it is preferable that described device for allocating resources 300 also includes：Determining unit 308, For according to the ratio between first subcarrier spacing and second subcarrier spacing, determining to any terminal Indicate to be assigned to the bit number of the DCI signaling for being used during the part resource that other terminals use in the Resource Block.

In any of the above-described technical scheme, it is preferable that the notification unit 302 specifically for：

In any of the above-described technical scheme, it is preferable that the allocation unit 304 specifically for：

Further, between the subcarrier that the allocation unit 304 is used according to each terminal in all terminals Every corresponding Resource Block granularity, to each terminal distribution communication resource described in the case of, the allocation unit 304 is specifically also used In：

Further, between the subcarrier that the allocation unit 304 is used according to each terminal in all terminals Every corresponding Resource Block granularity, to each terminal distribution communication resource described in the case of, in order to reduce the ratio of above-mentioned DCI signaling Special number, described allocation unit 304 is allocated resource especially by the following manner：

Mode one：

Mode two：

Mode three：

In any of the above-described technical scheme, it is preferable that the indicating member 306 is additionally operable to：

If the resource under its first subcarrier spacing for using that the allocation unit 304 is distributed to any terminal Resource in block is all not allocated to other terminals and uses, then only indicate the position to its Resource Block for distributing to any terminal Put；Or

If the resource under its first subcarrier spacing for using that the allocation unit 304 is distributed to any terminal Resource in block is all not allocated to other terminals and uses, then indicate the position to its Resource Block for distributing to any terminal Put, and indicate in the Resource Block, there is no the part resource for distributing to that other terminals are used to any terminal.

In any of the above-described technical scheme, it is preferable that the notification unit 302 specifically for：Believed by semi-static RRC Make to any terminal and notify first subcarrier spacing and second subcarrier spacing.

Fig. 4 shows the schematic block diagram of base station according to first embodiment of the invention.

As shown in figure 4, base station 400 according to first embodiment of the invention, including：Resource distribution as shown in Figure 3 Device 300.

Fig. 5 shows the schematic flow sheet of the resource allocation method of second embodiment according to the present invention, and the resource is joined The executive agent for putting method can be terminal.

As shown in figure 5, the resource allocation method of second embodiment according to the present invention, comprises the following steps：

Step S50, receives the first subcarrier spacing that the terminal of base station notice is used, and the base when communicating The second subcarrier spacing that other terminals for the service of standing are used.

Step S52, receives the resource allocation information that the base station sends.

Step S54, if the resource allocation information indicates the base station and makes in the terminal to the terminal distribution By other terminals with second subcarrier in the position of the Resource Block under the first subcarrier spacing, and the Resource Block The part resource that interval uses, it is determined that the resource not used by other terminals described in the Resource Block.

Step S56, according in the Resource Block not by other terminals using resource communicated.

In the technical scheme shown in Fig. 5, use in terminal to terminal distribution when resource allocation information indicates base station The first subcarrier spacing under Resource Block position, and used with the second subcarrier spacing by other terminals in the Resource Block Part resource when, base station is described in Resources allocation, is the consideration for being maximally utilized based on Resource Block, and carried according to different sons The corresponding Resource Block granularity of wave spacing can so avoid some using the terminal of larger subcarrier spacing be allocated Only used a part of resource in larger Resource Block and remaining part resource is no longer allocated to the resource that other terminals are caused The problem of waste.Meanwhile, also ensure that terminal can accurately know itself allocated communication by the indicating mode of base station Resource, is received or is sent data by the allocated communication resource in order to terminal.

Fig. 6 shows the structural representation of the device for allocating resources of second embodiment according to the present invention.

As shown in fig. 6, the device for allocating resources 600 of second embodiment according to the present invention, including：First receiving unit 602nd, the second receiving unit 604, determining unit 606 and communication unit 608.

Wherein, the first receiving unit 602 is used for receiving the first son load that the terminal of base station notice is used when communicating Wave spacing, and the second subcarrier spacing that other terminals of base station service are used；Second receiving unit 604 is used for receiving The resource allocation information that the base station sends；Determining unit 606 be used for the resource allocation information indicate the base station to The position of the Resource Block under the first subcarrier spacing that the terminal is used of the terminal distribution, and in the Resource Block During the part resource for being used with second subcarrier spacing by other terminals, determine not by other ends described in the Resource Block The resource that end uses；Communication unit 608 be used for according to the determining unit 606 determine the Resource Block in not by described other Terminal using resource communicated.

Fig. 7 shows the schematic block diagram of terminal according to first embodiment of the invention.

As shown in fig. 7, terminal 700 according to first embodiment of the invention, including：Resource distribution as shown in Figure 6 Device 600.

It can be seen that, technical scheme is primarily directed to multiplex in 5G NR (New Radio, new wireless technology) Family uses multiple different subcarrier spacing case, it is proposed that the distribution method of corresponding frequency domain resource and signaling indication method, Specific as follows：

First, the method that base station carries out resource allocation：

For resource allocation methods, the present invention proposes the following two kinds scheme：

Resource Allocation Formula one：The RB for being formed according to the minimum subcarrier spacing used in terminal is adjusted for granularity Degree.

Specifically, such as when the subcarrier spacing that terminal is used is f₀When, RB number is that 100, numbering is 0～99, these RB can be defined as RB, and (1, i), 1 expression subcarrier spacing therein is 1 times of f₀, i value as 0～99；When terminal is used Subcarrier spacing be 2f₀When, RB number is defined as RB for 50, these RB, and (2, j), therein 2 represent that subcarrier spacing is 2 times F₀, j value is 0～49；When the subcarrier spacing that terminal is used is 4f₀When, RB number for 25, these RB be defined as RB (4, J), 4 expression subcarrier spacing therein is 4 times of f₀, j value is 0～24；……

According to above-mentioned definition, RB (4,0) is RB (2,0) and RB (2,1) composition；RB (2,0) be RB (1,0) and RB (1,1) constitutes.

By taking three users as an example, and UE#1 uses subcarrier spacing f₀, UE#2 is using subcarrier spacing 2f₀, UE#3 is using son Carrier wave is spaced 4f₀If the RB for being formed according to the minimum subcarrier spacing used in terminal is scheduling for granularity, may be just like Allocation result shown in Fig. 8, specific as follows：

UE#1：RB (1,7), RB (1,8)；

UE#2：RB (1,6)；

UE#3：RB (1,9), RB (1,10), RB (1,11).

Resource Allocation Formula two：The RB that subcarrier spacing according to each terminal itself is formed is scheduling for granularity.

Specifically, the subcarrier spacing that such as UE#1 and UE#4 are used is f₀, then UE#1 and UE#4 is f₀Customer group；UE# The 2 and UE#5 subcarrier spacings for using are 2f₀, then UE#2 and UE#5 is 2f₀Customer group；UE#3 and UE#6 is using between subcarrier It is divided into 4f₀, then UE#3 and UE#6 is 4f₀Customer group.

It is the same to assume that above-mentioned UE obtains the priority of resource, that is to say, that these UE may have different time delays to want Ask, as long as but to determine that they can be scheduled for resource in this subframe according to delay requirement just permissible for base station.In addition, these UE exist It is also that clearly each UE needs to obtain much bandwidth in this subframe that this subframe needs the resource base station for obtaining much bandwidth It is all based on QoS (Quality of Service, service quality) and the data that has transmitted and the data waiting for transmission of each UE Amount etc. is determining.

On the basis of upper hypothesis, next resource allocation is carried out according to different groups, this is divided into multiple situations again：

Situation one：

First distributed with the user of subcarrier spacing maximum, and above allocated resource can distribute to use below Family.Order i.e. according to the subcarrier spacing for being used from big to small, distributes the communication resource to each user successively, wherein, right In the user using larger subcarrier spacing, the part resource in the Resource Block which distributes allows to be assigned to using less Subcarrier spacing other users.

By taking Fig. 8 as an example, the subcarrier spacing maximum that used due to UE#3, then UE#3 elder generation Resources allocation, if to UE#3 Be assigned with RB (4,2), backward UE#2 Resources allocation, if be assigned with RB (2,3) to UE#2, most backward UE#1 Resources allocation, As above allocated resource can distribute to user below, therefore can to UE#1 distribution RB (1,7) and RB (1,8), Also part resource that will be in RB (2,3) and RB (4,2) is allocated to UE#1.

Situation two：

First distributed with the user of subcarrier spacing maximum, and above allocated resource cannot distribute to use below Family.Order i.e. according to the subcarrier spacing for being used from big to small, distributes the communication resource to each user successively, wherein, right In the user using larger subcarrier spacing, the part resource in the Resource Block which distributes does not allow to be assigned to use again Other users of less subcarrier spacing.

As above allocated resource cannot distribute to user below, therefore this allocative decision is not in figure The situation of RB (1,7) and RB (1,8) is distributed in 8 to UE#1.

Situation three：

With subcarrier spacing minimum user first distribute, before allocated resource be probably big subcarrier spacing under RB Ingredient, user below can be distributed to.Order i.e. according to the subcarrier spacing for being used from small to large, successively to Each user's distribution communication resource, wherein, has allowed portion in the Resource Block of the user's distribution using larger subcarrier spacing Point resource is already allocated to other users using less subcarrier spacing.

By taking Fig. 8 as an example, the subcarrier spacing minimum that used due to UE#1, therefore first to UE#1 Resources allocation, if to UE# 1 is assigned with RB (1,7) and RB (1,8)；Backward UE#2 Resources allocation, as RB (1,7) is the part in RB (2,3), be Ensure maximally utilizing for resource, can by remaining resource allocation in RB (2,3) to UE#2；Similarly, dividing to UE#3 When joining resource, UE#3 can be distributed in the part not taken by UE#1 in RB (4,2).

Situation four：

With subcarrier spacing minimum user first distribute, before allocated resource be probably big subcarrier spacing under RB Ingredient, it is not possible to distribute to user below.Order i.e. according to the subcarrier spacing for being used from small to large, successively Distribute the communication resource to each user, wherein, do not allow in the Resource Block of the user's distribution using larger subcarrier spacing There is the part resource for being already allocated to other users using less subcarrier spacing.

As above allocated resource cannot distribute to user below, therefore this allocative decision is not in figure To UE#2 distribution RB (2,3) in 8, and the situation to UE#3 distribution RB (4,2).

2nd, the signaling indication method of resource：

For the resource allocation scene shown in Fig. 8, when base station is indicated to each user by DCI signaling, right It is easy to indicate in UE#1, directly indicates that RB (1,7) and RB (1,8) are the resource that distributes to which.But for UE#2, DCI signaling needs to indicate that RB (2,3) distributes to UE#2, simultaneously need to indicating that the RB (1,7) in RB (2,3) is not allocated to UE#2's.Need to indicate that RB (4,2) distributes to UE#3 similarly for UE#3, DCI signaling, simultaneously need to indicating in RB (4,2) RB (1,8) be not to UE#3.That is for the larger user of subcarrier spacing except indicate take which RB it Outward, in addition it is also necessary to indicate whether have by the part of other CUs in each RB.

In this regard, corresponding indicating means is：First passing through semi-static RRC signaling informs user when data are sent and received Subcarrier spacing value f1 for using, at the same inform minimum subcarrier spacing value f2 used in the user under the user base station or The ratio f1/f2 of user f1 and f2 is informed, is illustrated by taking ratio as an example below：

If 1 ratio is 1, need not additionally to indicate whether have in RB by the part of other CU, that is, it is used for referring to Show in the RB for distribute to user, which part is 0 by the DCI signaling of other CUs；

If 2 ratios are 2, to need the DCI signaling of 2bit, with inform in the RB for distribute to user be each half whether By other CU；

If 3 ratios are 4, the DCI signaling of 4bit to be needed, the RB is divided into 4 parts, which is informed in the user RB Individual part is by other CU.Wherein, be up to 14 kinds of the occupied situation of RB, the occupied situation of a portion has 4 Kind；The wherein occupied situation of two parts has 6 kinds；The occupied situation in wherein three parts has 4 kinds.If limited using compared with boy If the user at carrier wave interval as far as possible distributes continuous RB, the occupied situation of RB can be a little less, can be such as 9 kinds, i.e., its Middle a part of occupied situation has 4 kinds, and the occupied situation of two parts has 3 kinds, and the occupied situation in three parts has 2 kinds.

It is 3.75～480KHz in view of subcarrier spacing, so ratio maximum possible is 128, at this moment to need to indicate RB In which to be partly assigned to the bit number for needing during other users very many.In order to reduce bit number, base station is needed when RB is distributed Some principles are taken, such as：

1. distribute continuous RB as far as possible using the user of less subcarrier spacing；

If 2. a part will be extracted out in the RB using subcarrier spacing for f1 to give to the RB using subcarrier spacing for f2 During another user, it is ensured that the value of f1/f2 is as far as possible little；

If 3. having more part to be assigned to other users in the Resource Block under a certain big subcarrier spacing, then remaining Part should not just distribute to the user using big subcarrier spacing.

Additionally, another kind of indicating means as the present invention, it is also possible to inform that user is sending out by semi-static RRC signaling Subcarrier spacing value f1 for using when sending with receiving data, at the same inform used in the user under the user base station only than sub- load Little subcarrier spacing value f3 of wave spacing f1 or inform the ratio f1/f3 of user f1 and f3, indicating means afterwards with above-mentioned Similar.

Fig. 9 shows the schematic block diagram of the base station of second embodiment according to the present invention.

As shown in figure 9, the base station of second embodiment according to the present invention, including：Processor 1, output device 3 and storage Device 5.In some embodiments of the invention, processor 1, output device 3 and memorizer 5 can pass through bus 4 or other modes Connection, in Fig. 9 as a example by being connected by bus 4.

Wherein, memorizer 5 is used for storing batch processing code, and processor 1 calls the program code for storing in memorizer 5, For executing following operation：

The first subcarrier spacing for being used when communicating by any terminal of the notice of output device 3 base station service, And second subcarrier spacing that uses of other terminals of base station service is notified to any terminal；

All terminal distribution communication resources to base station service；

If to any terminal distribution its using the first subcarrier spacing under Resource Block in have part resource Be assigned to other terminals to use, then the position of the Resource Block is indicated according to first subcarrier spacing to any terminal Putting, and indicates that other terminals are assigned in the Resource Block to be used according to second subcarrier spacing to any terminal Part resource.

Used as a kind of optional embodiment, processor 1 calls the program code for storing in memorizer 5, is additionally operable to execute Hereinafter operate：

According to the ratio between first subcarrier spacing and second subcarrier spacing, determine to described arbitrary Terminal indicates to be assigned to the bit number of the DCI signaling for being used during the part resource that other terminals use in the Resource Block.

Used as a kind of optional embodiment, processor 1 calls the program code for storing in memorizer 5, executes to described Any terminal notifies the operation of the second subcarrier spacing that other terminals of base station service are used, specially：

The numerical value of second subcarrier spacing is notified to any terminal by output device 3；Or

First subcarrier spacing is notified with second subcarrier spacing to any terminal by output device 3 Between ratio.

Used as a kind of optional embodiment, processor 1 calls the program code for storing in memorizer 5, executes to described The operation of all terminal distribution communication resources of base station service, specially：

As a kind of optional embodiment, in the subcarrier spacing for being used according to each terminal in all terminals Corresponding Resource Block granularity, to each terminal distribution communication resource described in the case of, processor 1 is called in memorizer 5 and is stored Program code, be additionally operable to execute following operation：

Divide at least one terminal of the subcarrier spacing used in all terminals less than or equal to first predetermined value Join continuous Resource Block；And/or

Needing to distribute to the part resource in the Resource Block under arbitrary subcarrier spacing using another subcarrier spacing Terminal when, the ratio between arbitrary subcarrier spacing and another subcarrier spacing should be less than or equal to second pre- Definite value；And/or

Used as a kind of optional embodiment, processor 1 calls the program code for storing in memorizer 5, specifically for holding Row is following to be operated, and notifies first subcarrier spacing and described second by semi-static RRC signaling to any terminal Subcarrier spacing.

As shown in Figure 10, according to the terminal of second embodiment of the present invention, including：Processor 1', input equipment 2' and Memorizer 5'.In some embodiments of the invention, processor 1', input equipment 2' and memorizer 5' can pass through bus 4' or Other modes connect, in Figure 10 as a example by being connected by bus 4'.

Wherein, memorizer 5' is used for storing batch processing code, and processor 1' calls the program generation for storing in memorizer 5' Code, for executing following operation：

The first subcarrier spacing that the terminal for base station notice being received by input equipment 2' is used when communicating, and The second subcarrier spacing that other terminals of the base station service are used；

The resource allocation information that the base station sends is received by input equipment 2'；

If the resource allocation information indicates the base station to the terminal distribution use first in the terminal Used with second subcarrier spacing by other terminals in the position of the Resource Block under subcarrier spacing, and the Resource Block Part resource, it is determined that the resource not used by other terminals described in the Resource Block；

According in the Resource Block not by other terminals described using resource communicated.

Step in the method for the embodiment of the present invention can carry out order adjustment according to actual needs, merge and delete.

Unit in the device for allocating resources of the embodiment of the present invention, terminal and base station can be closed according to actual needs And, divide and delete.

One of ordinary skill in the art will appreciate that all or part of step in the various methods of above-described embodiment is can Completed with instructing the hardware of correlation by program, the program can be stored in a computer-readable recording medium, storage Medium include read only memory (Read-Only Memory, ROM), random access memory (Random Access Memory, RAM), programmable read only memory (Programmable Read-only Memory, PROM), erasable programmable is read-only deposits Reservoir (Erasable Programmable Read Only Memory, EPROM), disposable programmable read only memory (One- Time Programmable Read-Only Memory, OTPROM), the electronics formula of erasing can make carbon copies read only memory (Electrically-Erasable Programmable Read-Only Memory, EEPROM), read-only optical disc (Compact Disc Read-Only Memory, CD-ROM) or other disk storages, disk memory, magnetic tape storage or can For carrying or any other medium computer-readable of data storage.

Technical scheme is described in detail above in association with accompanying drawing, the present invention proposes a kind of new resource distribution side Case so that base station ensure that the maximization profit of resource when to the multiple terminal distribution resources being spaced using different sub carrier With, and accurately instruction terminal can know the communication resource being assigned to.

The preferred embodiments of the present invention are the foregoing is only, the present invention is not limited to, for the skill of this area For art personnel, the present invention can have various modifications and variations.All within the spirit and principles in the present invention, made any repair Change, equivalent, improvement etc., should be included within the scope of the present invention.

Claims

1. a kind of device for allocating resources, it is characterised in that include：

Notification unit, the first subcarrier spacing that any terminal for notifying base station service is used when communicating, and to Any terminal notifies the second subcarrier spacing that other terminals of base station service are used；

Allocation unit, for all terminal distribution communication resources for servicing to the base station；

Indicating member, for distributing to any terminal in the allocation unit under its first subcarrier spacing for using Resource Block in when having part resource to be assigned to other terminals and use, according to first subcarrier spacing to arbitrary end End indicates the position of the Resource Block, and is indicated in the Resource Block to any terminal according to second subcarrier spacing It is assigned to the part resource that other terminals are used.

2. device for allocating resources according to claim 1, it is characterised in that second subcarrier spacing is less than or equal to First subcarrier spacing,

Wherein, second subcarrier spacing is the minimum subcarrier spacing used in the terminal of base station service, or described Second subcarrier spacing is that only little than first subcarrier spacing used in the terminal of base station service is carried Wave spacing.

3. device for allocating resources according to claim 1, it is characterised in that also include：

Determining unit, for according to the ratio between first subcarrier spacing and second subcarrier spacing, determining The DCI signaling for being used when indicating to be assigned to, to any terminal, the part resource that other terminals use in the Resource Block Bit number.

4. device for allocating resources according to claim 1, it is characterised in that the notification unit specifically for：

5. device for allocating resources according to claim 1, it is characterised in that the allocation unit specifically for：

The corresponding Resource Block granularity of minimum subcarrier spacing according to used in all terminals of base station service, to the institute There is the terminal distribution communication resource；Or

The corresponding Resource Block granularity of the subcarrier spacing that used according to each terminal in all terminals, to described each eventually The end distribution communication resource.

6. device for allocating resources according to claim 5, it is characterised in that in the allocation unit according to all ends The corresponding Resource Block granularity of subcarrier spacing that each terminal in end is used, to the feelings of each terminal distribution communication resource Under condition, the allocation unit is specifically additionally operable to：

According to the subcarrier spacing for being used order from big to small, successively to each terminal distribution communication resource described, wherein, For the terminal using larger subcarrier spacing, the part resource in the Resource Block which distributes allows to be assigned to using relatively Other terminals of little subcarrier spacing；Or

According to the subcarrier spacing for being used order from big to small, successively to each terminal distribution communication resource described, wherein, For the terminal using larger subcarrier spacing, the part resource in the Resource Block which distributes does not allow to be assigned to again to make Other terminals with less subcarrier spacing；Or

According to the subcarrier spacing for being used order from small to large, successively to each terminal distribution communication resource described, wherein, Part resource has been allowed to be already allocated to using less in the Resource Block of the terminal distribution using larger subcarrier spacing Other terminals of subcarrier spacing；Or

According to the subcarrier spacing for being used order from small to large, successively to each terminal distribution communication resource described, wherein, Presence is not allowed to be already allocated to using less sub- load in the Resource Block of the terminal distribution using larger subcarrier spacing The part resource of other terminals of wave spacing.

7. device for allocating resources according to claim 5, it is characterised in that in the allocation unit according to all ends The corresponding Resource Block granularity of subcarrier spacing that each terminal in end is used, to the feelings of each terminal distribution communication resource Under condition, the allocation unit is specifically additionally operable to：

Connect at least one terminal distribution of the subcarrier spacing used in all terminals less than or equal to first predetermined value Continuous Resource Block；And/or

Needing the part resource in the Resource Block under arbitrary subcarrier spacing is distributed to the end using another subcarrier spacing During end, the ratio between arbitrary subcarrier spacing and another subcarrier spacing should make a reservation for less than or equal to second Value；And/or

For the Resource Block under larger subcarrier spacing, if the terminal being wherein not allocated to using less subcarrier spacing Surplus resources be less than or equal to third predetermined value, then do not allow the surplus resources are reallocated to using the larger son The terminal at carrier wave interval.

8. device for allocating resources according to any one of claim 1 to 7, it is characterised in that the indicating member is also used In：

If in the Resource Block under its first subcarrier spacing for using that the allocation unit is distributed to any terminal Resource is all not allocated to other terminals and uses, then only indicate the position to its Resource Block for distributing to any terminal；Or

If in the Resource Block under its first subcarrier spacing for using that the allocation unit is distributed to any terminal Resource is all not allocated to other terminals and uses, then indicate the position to its Resource Block for distributing to any terminal, and to Any terminal indicates there is no the part resource for distributing to that other terminals are used in the Resource Block.

9. device for allocating resources according to any one of claim 1 to 7, it is characterised in that the notification unit is concrete For：First subcarrier spacing and second subcarrier are notified to any terminal by semi-static RRC signaling Interval.

10. a kind of device for allocating resources, it is characterised in that include：

First receiving unit, the first subcarrier spacing that the terminal for receiving base station notice is used when communicating, and The second subcarrier spacing that other terminals of the base station service are used；

Second receiving unit, for receiving the resource allocation information of base station transmission；

Determining unit, makes in the terminal to the terminal distribution for indicating the base station in the resource allocation information By other terminals with second subcarrier in the position of the Resource Block under the first subcarrier spacing, and the Resource Block During the part resource that interval uses, the resource not used by other terminals described in the Resource Block is determined；

Communication unit, for the resource not used by other terminals described in the Resource Block that determined according to the determining unit Communicated.

11. a kind of resource allocation methods, it is characterised in that include：

The first subcarrier spacing for notifying any terminal of base station service to be used when communicating, and logical to any terminal Know the second subcarrier spacing that other terminals of base station service are used；

All terminal distribution communication resources to base station service；

If to any terminal distribution its using the first subcarrier spacing under Resource Block in have part resource to be divided Other terminals of dispensing are used, then indicate the position of the Resource Block to any terminal according to first subcarrier spacing, And indicate to be assigned to what other terminals were used in the Resource Block to any terminal according to second subcarrier spacing Part resource.

12. resource allocation methods according to claim 11, it is characterised in that second subcarrier spacing is less than or waits In first subcarrier spacing,

13. resource allocation methods according to claim 11, it is characterised in that also include：

According to the ratio between first subcarrier spacing and second subcarrier spacing, determine to any terminal Indicate to be assigned to the bit number of the DCI signaling for being used during the part resource that other terminals use in the Resource Block.

14. resource allocation methods according to claim 11, it is characterised in that notify the base station to any terminal The step of the second subcarrier spacing that other terminals of service are used, specifically include：

15. resource allocation methods according to claim 11, it is characterised in that all terminals to base station service are divided The step of joining the communication resource, specifically include：

16. resource allocation methods according to claim 15, it is characterised in that according to each in all terminals The corresponding Resource Block granularity of subcarrier spacing that terminal is used, to each terminal distribution communication resource described in the case of, also wraps Include：

17. resource allocation methods according to claim 15, it is characterised in that according to each in all terminals The corresponding Resource Block granularity of subcarrier spacing that terminal is used, to each terminal distribution communication resource described in the case of, also wraps Include：

18. resource allocation methods according to any one of claim 11 to 17, it is characterised in that also include：

If all not divided to the resource in the Resource Block under its first subcarrier spacing for using of any terminal distribution Other terminals of dispensing are used, then only indicate the position to its Resource Block for distributing to any terminal；Or

If all not divided to the resource in the Resource Block under its first subcarrier spacing for using of any terminal distribution Other terminals of dispensing are used, then indicate the position to its Resource Block for distributing to any terminal, and to any terminal Indicate in the Resource Block, there is no the part resource for distributing to that other terminals are used.

19. resource allocation methods according to any one of claim 11 to 17, it is characterised in that by semi-static RRC signaling notifies first subcarrier spacing and second subcarrier spacing to any terminal.

20. a kind of resource allocation method, it is characterised in that include：

The first subcarrier spacing that the terminal of base station notice is used, and other of base station service are received when communicating The second subcarrier spacing that terminal is used；

Receive the resource allocation information of base station transmission；

If the resource allocation information indicates the base station and carries to first son for using in the terminal of the terminal distribution The portion for being used with second subcarrier spacing by other terminals in the position of the Resource Block under wave spacing, and the Resource Block Divide resource, it is determined that the resource not used by other terminals described in the Resource Block；