CN106572536A

CN106572536A - Scheduling method and system of multi-cluster resources in uplink shared channel

Info

Publication number: CN106572536A
Application number: CN201510646609.0A
Authority: CN
Inventors: 黄安鹏; 杨和敏; 谢麟振
Original assignee: Peking University
Current assignee: Peking University
Priority date: 2015-10-08
Filing date: 2015-10-08
Publication date: 2017-04-19
Anticipated expiration: 2035-10-08
Also published as: CN106572536B

Abstract

The application provides a scheduling method and system of the multi-cluster resources in an uplink shared channel. The method comprises the steps of gathering the users needing to be distributed with the uplink resources, generating a user list, calculating the carrier priorities on different carriers of the users in the user list, determining the first carriers and the second carriers corresponding to the users, distributing the uplink resources to the user having the highest scheduling priority in the user list, and bearing the to-be-transmitted resources of the users via the resource clusters of the first carriers and the second carriers, wherein the first carriers having the highest priorities are used to bear the to-be-transmitted resources of the users as much as possible. According to the present invention, the frequency spectrum efficiency of the frequency spectrum resources of each resource cluster is guaranteed while guaranteeing the channel conditions distributed to the resource clusters of the users, thereby improving the resource utilization efficiency of a physical uplink shared channel (PUSCH).

Description

The dispatching method and system of many cluster resources in a kind of Uplink Shared Channel

Technical field

The application is related to communication technical field, many cluster moneys in more particularly to a kind of Uplink Shared Channel The dispatching method and system in source.

Background technology

LTE-A is the abbreviation of LTE-Advanced, is Long Term Evolution (Long Term Evolvement, LTE) technology follow-up evolution.In lte-a system, the estimation of up channel And the demodulation of signal mainly by Physical Uplink Shared Channel (Physical Uplink Share Channel, PUSCH demodulated reference signal (Demodulation Reference Signal, DMRS)) has come Into.Specifically, base station, according to certain channel estimation method, obtains after DMRS is received Channel response in PUSCH transmission bandwidth, for the PUSCH data demodulation in correspondence bandwidth. Because up single-carrier property, DMRS sequences are longer, channel estimation is more accurate, PUSCH's Demodulation performance is better.The length of DMRS sequences and the Resource Block for being used for PUSCH to user configuring (Resource Block, RB) number is equal, i.e. the transmission bandwidth of PUSCH is wider, the solution of PUSCH Tonality can be better.

The new characteristic of of lte-a system is to support uplink non-continuous transmission, by discontinuous transmission Diversity gain can be obtained, the throughput performance of up-link is improved.In the discontinuous resources of PUSCH In distribution, the concept of many cluster transmission is introduced.Each cluster includes one or more continuous RB, can A UE is thought while distributing multiple clusters, the size and number of cluster can be with flexible dispatching.

At present, user is independently dispatched on each member carrier, no matter the letter of each member carrier How is road quality, and multiple clusters of same user always distribute on different member carriers.Its In, the demodulation performance of the effect length resource of cluster, and carrier wave respective channels quality is to resource utilization Produce impact.Think that user distributes as a example by two clusters, if pursuing simply to user configured two clusters Length it is identical, although obtain identical demodulation performance, if but the channel condition of certain cluster compare Difference, may result in the extreme degradation of the PUSCH level of resources utilizations；If only considering the letter of two clusters Road condition when the length of two clusters has larger difference, can affect distributing the length of two clusters again To the demodulation performance of certain cluster.

Therefore, existing when uplink channel resources distribute, the motility of many cluster scheduling of resource is low, difficult To obtain balance between channel quality and the demodulation performance of each cluster so that resource transmission is subject to shadow Ring.

The content of the invention

In view of the above problems, it is proposed that the embodiment of the present application so as to provide one kind overcome the problems referred to above or The dispatching method of many cluster resources in a kind of Uplink Shared Channel that person solves the above problems at least in part With the scheduling system of many cluster resources in a kind of corresponding Uplink Shared Channel.

In order to solve the above problems, the embodiment of the present application discloses many clusters in a kind of Uplink Shared Channel The dispatching method of resource, including：

User to needing to distribute ascending resource counts, and generates user's row of Uplink Shared Channel Table；

Carrier wave priority of each user on different carrier waves in the user list is calculated respectively, it is determined that The corresponding first carrier of each user and the second carrier wave, wherein, the carrier wave priority of first carrier is higher than The carrier wave priority of the second carrier wave；

Dispatching priority highest user is extracted from the user list, the of the user is obtained One carrier wave；

Whether judge the resource cluster of the first carrier can carry the resource to be transmitted of the user, when When the resource cluster of first carrier can carry the resource to be transmitted of the user, by the first carrier Resource cluster distributes to the user, and using the resource cluster of the first carrier treating for the user is carried Transfer resource, wherein, the resource cluster is made up of continuous ascending resource on carrier wave；

When the resource cluster of the first carrier can not carry the resource to be transmitted of the user, obtain Corresponding second carrier wave of the user, by the resource cluster on the first carrier and second carrier wave point User described in dispensing, carries the user's by the resource cluster of the first carrier and the second carrier wave Resource to be transmitted.

Preferably, it is described to calculate carrier wave of each user on different carrier waves in the user list respectively Priority, determines the corresponding first carrier of each user and the second carrier wave, including：

Broadband channel quality information of the user on each carrier wave, and the carrier wave are obtained respectively Distribute to the frequency spectrum resource information of the user；

For same carrier wave, the broadband channel quality configured information is calculated with frequency spectrum resource information Ratio；

The ratio of each carrier wave is counted, determines that the carrier wave of the corresponding each carrier wave of the user is preferential Level；

The maximum carrier wave of ratio is defined as into the first carrier of the user, and ratio is second largest Carrier wave be defined as the second carrier wave.

Preferably, whether the resource cluster for judging the first carrier can carry treating for the user Transfer resource, when the resource cluster of first carrier can carry the resource to be transmitted of the user, by institute The resource cluster for stating first carrier distributes to the user, is carried using the resource cluster of the first carrier The resource to be transmitted of the user, including：

Extract a maximum resource cluster of transmission capacity on the first carrier；

Judge whether a maximum resource cluster of the transmission capacity can carry the to be transmitted of the user Resource；

When a maximum resource cluster of the transmission capacity can carry the resource to be transmitted of the user When, a maximum resource cluster of the transmission capacity is distributed to into the user, using the transmission A maximum resource cluster of capacity carries the resource to be transmitted of the user；

When a maximum resource cluster of the transmission capacity can not carry the resource to be transmitted of the user When, extract two maximum resource clusters of transmission capacity on the first carrier；

Judge to extract whether two resource clusters can carry the resource to be transmitted of the user；

When extracting two resource clusters and can carry the resource to be transmitted of the user, by what is extracted Two resource clusters distribute to the user, and using described two resource clusters the to be passed of the user is carried Defeated resource.

Preferably, it is described that extracted two resource clusters are distributed to into the user, using described two Individual resource cluster carries the resource to be transmitted of the user, including：

Calculate the resource size of the resource to be transmitted of the user；

Using the resource size of the resource to be transmitted, it is determined that carrying the resource of the resource to be transmitted The length of cluster；

The length according to determined by, extracts two resource clusters of the first carrier；

Pass through the resource to be transmitted that extracted two resource cluster carries the user.

Preferably, the resource cluster by the first carrier and second carrier wave is distributed to described User, by the resource cluster of the first carrier and the second carrier wave the money to be transmitted of the user is carried Source, including：

A maximum resource cluster of transmission capacity on the first carrier is extracted, and is defined as the first money Source cluster；

The resource size of the resource to be transmitted of the user, and the first resource cluster are calculated respectively The resource size that can be carried, determines the resource size of remaining resource to be transmitted；

According to the resource size of the remaining resource to be transmitted, on second carrier wave is extracted Individual resource cluster, and it is defined as Secondary resource cluster；

The resource to be transmitted of the user is carried by the first resource cluster and Secondary resource cluster.

Preferably, methods described also includes：

The user for being assigned to resource cluster is deleted from the user list；

Carrier wave priority of the remaining user in the user list on different carrier waves is carried out again Calculate, and continue dispatching priority highest user in the remaining user is allocated it is up Resource.

Accordingly, present invention also provides in a kind of Uplink Shared Channel many cluster resources scheduling system, Including：

User list generation module, it is raw for counting to the user for needing to distribute ascending resource Into the user list of Uplink Shared Channel；

Computing module, for calculating the user list respectively in load of each user on different carrier waves Ripple priority, determines the corresponding first carrier of each user and the second carrier wave, wherein, first carrier Carrier wave priority of the carrier wave priority higher than the second carrier wave；

First acquisition module, for extracting dispatching priority highest user from the user list, Obtain the first carrier of the user；

First judge module, for judging whether the resource cluster of the first carrier can carry the use The resource to be transmitted at family, when the resource cluster of first carrier can carry the resource to be transmitted of the user, The resource cluster of the first carrier is distributed to into the user, using the resource cluster of the first carrier The resource to be transmitted of the user is carried, wherein, the resource cluster is by continuous up money on carrier wave What source was constituted；

Second acquisition module, can not carry the user's for the resource cluster when the first carrier During resource to be transmitted, corresponding second carrier wave of the user is obtained, by the first carrier and second Resource cluster on individual carrier wave distributes to the user, by the first carrier and the money of the second carrier wave Source cluster carries the resource to be transmitted of the user.

Preferably, the computing module includes：

Acquisition of information submodule, for obtaining broad-band channel matter of the user on each carrier wave respectively Amount information, and the carrier wave distributes to the frequency spectrum resource information of the user；

Calculating sub module, for for same carrier wave, calculating the broadband channel quality configured information With the ratio of frequency spectrum resource information；

Carrier wave priority determination sub-module, for counting to the ratio of each carrier wave, it is determined that described The carrier wave priority of the corresponding each carrier wave of user；

Carrier wave determination sub-module, for the maximum carrier wave of ratio to be defined as first load of the user Ripple, and second largest carrier wave of ratio is defined as into the second carrier wave.

Preferably, first judge module includes：

First extracting sub-module, a money maximum for extracting transmission capacity on the first carrier Source cluster；

First judging submodule, for judging that a maximum resource cluster of the transmission capacity whether can Carry the resource to be transmitted of the user；

First distribution sub module, for institute can be carried when a maximum resource cluster of the transmission capacity When stating the resource to be transmitted of user, a maximum resource cluster of the transmission capacity is distributed to described User, using a maximum resource cluster of the transmission capacity resource to be transmitted of the user is carried；

Second extracting sub-module, for carrying when a maximum resource cluster of the transmission capacity During the resource to be transmitted of the user, two maximum moneys of transmission capacity on the first carrier are extracted Source cluster；

Second judging submodule, for judging to extract whether two resource clusters can carry the user Resource to be transmitted；

Second distribution sub module, for extracting two resource clusters the to be passed of the user can be carried During defeated resource, extracted two resource clusters are distributed to into the user, using described two resources Cluster carries the resource to be transmitted of the user.

Preferably, second distribution sub module includes：

Resource Calculation unit, for calculating the resource size of the resource to be transmitted of the user；

Resource size determining unit, for using the resource size of the resource to be transmitted, it is determined that holding Carry the length of the resource cluster of the resource to be transmitted；

Resource cluster extraction unit, for the length according to determined by, extracts the two of the first carrier Individual resource cluster；

Load bearing unit, for passing through the money to be transmitted that extracted two resource cluster carries the user Source.

Preferably, second acquisition module includes：

First resource cluster determination sub-module, for extracting transmission capacity maximum on the first carrier One resource cluster, and it is defined as first resource cluster；

Surplus resources calculating sub module, for calculating the resource of the resource to be transmitted of the user respectively Size, and the resource size that the first resource cluster can be carried, determine remaining money to be transmitted The resource size in source；

Secondary resource cluster determination sub-module, for big according to the resource of the remaining resource to be transmitted It is little, a resource cluster on second carrier wave is extracted, and it is defined as Secondary resource cluster；

Submodule is carried, for carrying the user by the first resource cluster and Secondary resource cluster Resource to be transmitted.

Preferably, the scheduling system also includes：

User's removing module, for deleting the user for being assigned to resource cluster from the user list.

Compared with prior art, the application has advantages below：

The embodiment of the present application needs to distribute the user of ascending resource by statistics, and generates user list, Then carrier wave priority of each user on different carrier waves in the user list is calculated, each user is determined Corresponding first carrier and the second carrier wave, are dispatching priority highest user distribution in user list Ascending resource, and the resource to be transmitted of user is carried by the resource cluster of first carrier and the second carrier wave, Wherein, as far as possible using highest priority first carrier carry user resource to be transmitted, ensure While distributing to the channel condition of resource cluster of user, it is ensured that the frequency spectrum resource of each resource cluster Spectrum efficiency, so as to improve the PUSCH level of resources utilizations.

In the embodiment of the present application, by judging whether the resource cluster of first carrier can carry user's Resource to be transmitted, when the resource cluster of first carrier can carry the resource to be transmitted of the user, adopts The resource cluster of the first carrier of carrier wave highest priority carries the resource to be transmitted of the user so that point The resource cluster of the dispensing user improves PUSCH resource utilizations on same carrier wave, further；When First carrier can not carry the resource to be transmitted of the user, by first carrier and the second carrier wave Resource cluster carries the resource to be transmitted of the user, improves the motility of many cluster scheduling of resource, in letter The balance of maximum is obtained between road quality and the demodulation performance of each cluster, so as to ensure that resource transmission Quality.

Description of the drawings

Fig. 1 be the application a kind of Uplink Shared Channel in many cluster resources dispatching method embodiment Flow chart of steps；

Fig. 2 is the schematic diagram that continuous resource blocks constitute a resource cluster on the carrier wave of the embodiment of the present application；

Fig. 3 be the application another kind of Uplink Shared Channel in many cluster resources dispatching method embodiment The step of flow chart；

Fig. 4 be the application another kind of Uplink Shared Channel in many cluster resources dispatching method it is preferably real The step of applying flow chart；

Fig. 5 be the application a kind of Uplink Shared Channel in many cluster resources scheduling system embodiment Structured flowchart；

Fig. 6 be the application a kind of Uplink Shared Channel in many cluster resources the choosing of scheduling system optimal it is real Apply the structured flowchart of example.

Specific embodiment

It is understandable to enable the above-mentioned purpose of the application, feature and advantage to become apparent from, with reference to The drawings and specific embodiments are described in further detail to the application.

The new characteristic of of lte-a system is to support uplink non-continuous transmission, by discontinuous transmission Diversity gain can be obtained, the throughput performance of up-link is improved.

In the discontinuous resource allocations of PUSCH, the concept of many cluster transmission is introduced.Each cluster is (i.e. Resource cluster) one or more continuous RB are included, multiple resources can be distributed simultaneously for a UE Cluster, the size and number of resource cluster can be with flexible dispatching.

The new standard (Rel-10) of lte-a system has been supported to distribute two resource clusters same simultaneously On one member carrier (referred to as carrier wave), and prior art independently dispatches user each On individual member carrier, the channel quality regardless of each member carrier, multiple resource clusters always divide Fit on different member carriers.So, each resource cluster cannot be ensured to distribute in quality On the preferable member carrier of channel.If distributing the member's load in bad channel quality certain resource cluster On ripple, then the spectrum efficiency of the frequency spectrum resource in the resource cluster will be very low.For example, it is assumed that having Two member carriers CC1 and CC2, there is two users UE1 and UE2, for UE1, The channel quality of CC1 is in the spectrum efficiency of CC1 transmitting datas far better than CC2, UE1 5bit/s/Hz, and CC2 transmitting datas spectrum efficiency be 1bit/s/Hz.For UE2, The channel quality of CC2 will be far better than CC1, and it is in the spectrum efficiency of CC2 transmitting datas 5bit/s/Hz, is 1bit/s/Hz on CC1.According to existing uplink resource allocating method, UE1 The frequency spectrum resource of a cluster is assigned on CC1, the frequency spectrum of a cluster is assigned on CC2 Resource；UE2 is also thus, be assigned to the frequency spectrum resource of a cluster on CC1, in CC2 On be assigned to the frequency spectrum resource of a cluster.Assume that UE1 and UE2 distribution obtains the length of resource cluster It is all equal, it is 5 RB, then for the frequency spectrum in these resource clusters for distributing to UE1 and UE2 For resource, its spectrum efficiency is 3bit/s/Hz；If it is considered that the channel quality condition of member carrier, Two resource clusters required for UE1 are provided by CC1, and two resource clusters that UE2 needs are by CC2 There is provided, then the spectrum efficiency for distributing to the frequency spectrum resource of the resource cluster of UE1 and UE2 is attained by 5bit/s/Hz。

Obviously, according to existing uplink resource allocating method, the channel quality of member carrier is not considered, User is independently dispatched on each member carrier so that the resource cluster for distributing to user may be in letter On the second-rate member carrier in road, the spectrum efficiency of the frequency spectrum resource in the resource cluster is reduced, So that resource transmission is affected.

Therefore, one of core idea of the embodiment of the present application is, first to dispatching highest priority User's distribution ascending resource, and held using the resource cluster of the first carrier of highest priority as far as possible The resource to be transmitted of same user is carried, the channel condition of the resource cluster of user is distributed in guarantee Simultaneously, it is ensured that the spectrum efficiency of the frequency spectrum resource of each resource cluster, provide so as to improve PUSCH Source utilization ratio.

With reference to Fig. 1, the dispatching method of many cluster resources in a kind of Uplink Shared Channel of the application is shown The step of embodiment flow chart, specifically may include steps of：

Step 101, the user to needing to distribute ascending resource counts, and generates Uplink Shared Channel User list.

When ascending resource is distributed for user, all users for needing to distribute ascending resource can be entered Row statistics, it is then determined that the dispatching priority of each user, generating needs the use of point Uplink Shared Channel Family list.The user list describes all users for needing to distribute ascending resource, and each user Corresponding scheduling has priority.Wherein, dispatching priority can be characterized as user's distribution ascending resource Sequencing, for example, the higher user of dispatching priority can at first be assigned to ascending resource.

Step 103, calculates respectively carrier wave of each user on different carrier waves in the user list preferential Level, determines the corresponding first carrier of each user and the second carrier wave.

In fact, different carrier waves, its corresponding channel quality is possible to differ, i.e., user exists Channel condition on different carrier waves is differed；And, for same user, difference is carried The frequency spectrum resource of the wavelength-division dispensing user can also be differed, i.e., the load of each carrier wave is differed.

The frequency of the user is distributed to by calculating channel quality information of the user on carrier wave and the carrier wave The ratio of spectrum information, it is possible to determine the carrier wave priority of the carrier wave.Specifically, user is carrying Channel condition on ripple can be understood as broadband channel quality information of the user on carrier wave The size of (Channel Quality Indication, CQI), the load of carrier wave can be understood as by with The RB numbers that family takes.The carrier wave priority of carrier wave is higher, represents the carrier wave for the user, its Channel quality is better.For example, broadband CQIs of the user i on carrier wave j be K, quilt in carrier wave j The RB numbers of occupancy be N, then K/N represent priority of the user i on carrier wave j, when K it is bigger (i.e. Channel conditions of the user i on carrier wave j is better), N less (i.e. load on carrier wave j is less), Then carrier wave priority of the user i on carrier wave j is higher.

By the carrier wave of carrier wave highest priority (i.e. ratio is maximum), it is defined as first load of the user Ripple, and by the high carrier wave of carrier wave priority second, it is defined as second carrier wave of the user, according to this Analogize, carrier wave of the carrier wave priority rank for X positions is referred to as into X carrier waves, X is positive integer, can See the carrier wave priority of the carrier wave priority higher than the second carrier wave of first carrier.

In a preferred embodiment of the present application, above-mentioned steps 103 may further include as follows Sub-step：

Sub-step S10301, obtains respectively broadband channel quality information of the user on each carrier wave, And the carrier wave distributes to the frequency spectrum resource information of the user.

Sub-step S10303, for same carrier wave, calculate the broadband channel quality configured information with The ratio of frequency spectrum resource information.

Sub-step S10305, counts to the ratio of each carrier wave, determines that the user is corresponding each The carrier wave priority of carrier wave.

Sub-step S10307, by the maximum carrier wave of ratio the first carrier of the user is defined as, with And second largest carrier wave of ratio is defined as into the second carrier wave.

As a kind of example of the application concrete application, it is assumed that there is 3 carrier waves, be respectively CC1, CC2 and CC3, calculates respectively carrier wave priority of the UE1 on CC1, CC2 and CC3, it is determined that The first carrier of user UE1 or the second carrier wave, can specifically include following sub-step：

S1, obtains respectively broadband channel quality information of the UE1 on CC1, CC2 and CC3, with And CC1, CC2 and CC3 distribute to the frequency spectrum resource information of UE1, such as in CC1, CC2, Broadband channel quality information on CC3 is respectively A, B, C；CC1, CC2, CC3 are distributed to The frequency spectrum resource information of UE1 is respectively X, Y, Z.

S2, calculates respectively CC1, and broadband channel quality information and its of CC2, CC3 distribute to UE1 Frequency spectrum resource information ratio, specifically, the ratio of CC1 is A/X；The ratio of CC2 is B/Y；The ratio of CC3 is C/Z.

S3, to CC1, the carrying out of CC2, CC3 counts, and determines CC1, the carrier wave of CC2, CC3 Priority, for example, carrier wave priority can include high, medium and low, and the ratio of each carrier wave is big Little relation is C/Z>A/X>B/Y, then the carrier wave priority of CC3 is height, the carrier wave of CC2 is preferential Level is low, during the carrier wave priority of CC1 is.

S4, by CC3 the first carrier of UE1 is defined as, and CC1 is defined as into the of UE1 Nd carrier.

Step 105, extracts dispatching priority highest user from the user list, obtains described The first carrier of user.

In the embodiment of the present application, can be according to the dispatching priority of user order, to needing distribution The user of resource carries out resource allocation.Carried out by the dispatching priority to each user in user list Relatively, determine dispatching priority highest user, and the dispatching priority highest user from Extract in the list of family, and extract the first carrier of the user.

Whether step 107, judging the resource cluster of the first carrier can carry the to be transmitted of the user Resource, when the resource cluster of first carrier can carry the resource to be transmitted of the user, by described The resource cluster of one carrier wave distributes to the user.

When the resource cluster of first carrier can carry the resource to be transmitted of the user, just first is carried Resource cluster on ripple distributes to the user, and using the resource cluster of first carrier the to be passed of the user is carried Defeated resource, wherein, resource cluster has continuous ascending resource on carrier wave to constitute.

Specifically, continuous Resource Block may be constructed a resource cluster on carrier wave.Resource cluster is most Long length is related to the occupation condition of the carrier wave.For example, referring to Fig. 2, wherein RB#2 and RB#5 occupied (Lycoperdon polymorphum Vitt labelling), then the most long resource cluster of the carrier wavelength is RB#6,7,8 The resource cluster of composition.Figure it is seen that resource cluster is a subset of resource on carrier wave.It is logical Cross whether the resource cluster judged on first carrier can carry the whole resource to be transmitted of the user, that is, sentence Whether the transmission capacity of the resource cluster of the first carrier of disconnected user needs more than or equal to the transmission of the user The amount of asking.If the resource cluster transmission capacity of first carrier is more than or equal to the transmission demand amount of the user, That is the resource cluster of first carrier can carry the whole resource to be transmitted of the user, just by first carrier Resource cluster distribute to the user, the money to be transmitted of the user is transmitted by the resource cluster of first carrier Source.

It should be noted that the transmission capacity of resource cluster can by the CQI of RB in resource cluster and Signal to Interference plus Noise Ratio (Signal to Interference plus Noise Ratio, SINR) comes It is determined that, such as the CQI of RB is k in resource cluster, then the MCS grades for being determined according to the CQI can To obtain transmission capacity C of the cluster, and the SINR of RB is obtained according to base station measurement, it is possible to obtain Corresponding Block Error Rate (Block Error Rate, BLER).Therefore, it can with C × BLER conducts The transmission capacity of the resource cluster.Additionally, each user can be to base station feedback buffer status reporting (Buffer State Report, BSR), it comprises the transmission demand amount of user.

Step 109, when the resource cluster of the first carrier can not carry the resource to be transmitted of the user When, corresponding second carrier wave of the user is obtained, by the first carrier and second carrier wave Resource cluster distributes to the user.

When the whole that the resource cluster of the first carrier of user can not carry user resource to be transmitted, Second carrier wave of the user can be extracted, the resource cluster on first carrier and the second carrier wave is distributed The user is given, the money to be transmitted of the user is carried by the resource cluster of first carrier and the second carrier wave Source.

In the embodiment of the present application, counted by the user to needing to distribute ascending resource, it is raw Into user list；Carrier wave priority of each user on different carrier waves in by calculating the user list, Determine the corresponding first carrier of each user and the second carrier wave；Then, extract in the user list and dispatch The user of highest priority, and distribute ascending resource for it.During distribution ascending resource, As far as possible the resource to be transmitted of user is carried using the first carrier of carrier wave highest priority, ensureing to divide While the channel condition of the resource cluster of provisioned user, it is ensured that the frequency spectrum resource of each resource cluster Spectrum efficiency, so as to improve the PUSCH level of resources utilizations.Additionally, in the resource of first carrier When cluster can not carry the whole resource to be transmitted of user, first carrier and the second carrier wave can be passed through Resource cluster carries the resource to be transmitted of the user, improves the motility of many cluster scheduling of resource, in letter The balance of maximum is obtained between road quality and the demodulation performance of each cluster, so as to ensure that resource transmission Quality.

It should be noted that support that how many resource clusters distribute according to the standard of communication system simultaneously On same carrier wave, it is possible to which the resource cluster for arranging equal number transmits the to be transmitted of same user Resource, the embodiment of the present application is not any limitation as to the quantity for transmitting the resource cluster of same user.

For example, the new standard (such as Rel-10) of lte-a system has supported that two resource clusters are same Time-division is fitted on same carrier wave, therefore can be held by one or two resource cluster of first carrier The resource to be transmitted of same user is carried, or is carried by first carrier resource cluster and first One resource cluster of ripple.

With reference to Fig. 3, the dispatching party of many cluster resources in another kind of Uplink Shared Channel of the application is shown The step of method embodiment flow chart, specifically may include steps of：

Step 301, the user to needing to distribute ascending resource counts, and generates Uplink Shared Channel User list.

Step 303, calculates respectively carrier wave of each user on different carrier waves in the user list preferential Level, determines the corresponding first carrier of each user and the second carrier wave.

Step 305, extracts dispatching priority highest user from the user list, obtains described The first carrier of user.

Whether step 307, judging the resource cluster of the first carrier can carry the to be transmitted of the user Resource.

Indeed, it is possible to preferentially carry the resource to be transmitted of user using the resource cluster of first carrier. Specifically, when the whole that the resource cluster of first carrier can carry user resource to be transmitted, That is when the resource cluster of first carrier disclosure satisfy that the transmission demand of user, with regard to the resource of the first carrier Cluster is distributed to the user and is used, i.e. execution step 309；When the resource cluster of first carrier can not carry institute When stating the whole resource to be transmitted of user, i.e. the resource cluster of first carrier can not meet the transmission of user During demand, just extract suitable resource cluster from the second carrier wave again and use to the user, that is, perform step Rapid 311.

Step 309, by the resource cluster of the first carrier user is distributed to.

If in fact, a resource cluster of first carrier can carry the whole that user carries the user During resource to be transmitted, i.e., when a resource cluster of first carrier disclosure satisfy that the transmission demand of user, The resource cluster can be distributed to user, directly the to be transmitted of user be carried using this resource cluster Resource.If the whole that a resource cluster of first carrier can not carry user's carrying user is treated During transfer resource, i.e., when a resource cluster of first carrier can not meet the transmission demand of user, Just two resource clusters are extracted from first carrier, judge that can two resource clusters meet the transmission need of user Ask.When two resource clusters of first carrier disclosure satisfy that the transmission demand of user, by first carrier Two resource clusters distribute to the user, and keep the length of the two resource clusters identical as far as possible.

In a preferred embodiment of the present application, the step 309 can include following sub-step：

Sub-step S30901, extracts a maximum resource cluster of transmission capacity on the first carrier.

Sub-step S30903, judges whether a maximum resource cluster of the transmission capacity can carry institute State the resource to be transmitted of user.

If the whole money to be transmitted that a maximum resource cluster of the transmission capacity can carry the user Source, is carried out sub-step S30905；If a maximum resource cluster of the transmission capacity can not be carried The resource to be transmitted of the user, is carried out sub-step S30907.

Sub-step S30905, by a maximum resource cluster of the transmission capacity user is distributed to.

Sub-step S30907, extracts two maximum resource clusters of transmission capacity on the first carrier.

Sub-step S30909, judges to extract whether two resource clusters can carry the to be passed of the user Defeated resource.

If extracting whether two resource clusters can carry the resource to be transmitted of the user, son is carried out Step S30911；If extracting two resource clusters can not carry the resource to be transmitted of the user, just Execution step 311.

Extracted two resource clusters are distributed to the user, using described by sub-step S30911 Two resource clusters carry the resource to be transmitted of the user.

In implementing, can be sentenced with the maximum resource cluster of advantage distillation first carrier transmission capacity Breaking, whether it can carry the whole resource to be transmitted of the user.When first carrier transmission capacity maximum Resource cluster when having been able to the whole resource to be transmitted for carrying the user, just by can the user The maximum resource cluster of transmission capacity distributes to the user on first carrier, directly using on first carrier The whole resource to be transmitted that a maximum resource cluster of transmission capacity carries the user.Work as first carrier When the maximum resource cluster of transmission capacity can not carry the whole resource to be transmitted of the user, just extract Two maximum resource clusters of transmission capacity on the first carrier of the user, judge the first extracted load Whether two maximum resource clusters of transmission capacity can carry the whole money to be transmitted of the user on ripple Source.When the whole that two maximum resource clusters of transmission capacity on first carrier can carry the user is treated During transfer resource, two maximum resource clusters of transmission capacity on first carrier are distributed to into the user, The money to be transmitted of the user is carried by two maximum resource clusters of transmission capacity on first carrier Source.When two maximum resource clusters of transmission capacity on first carrier can not carry the whole of the user During resource to be transmitted, it can be determined that the whole that the resource cluster of first carrier can not carry the user is to be passed Defeated resource, then execution step 311.Wherein, the demodulation performance best in order to get resource cluster, The equal length of the two resource clusters that can be tried one's best on the first carrier that make to distribute to user, so that The demodulation performance for obtaining two resource clusters is identical；If the length of two resource clusters can not be made identical, can With the length difference of two resource clusters of diminution as far as possible away from so that the demodulation of two resource clusters on first carrier Performance is identical.

It is described to distribute to extracted two resource clusters in a preferred embodiment of the present application The user, using described two resource clusters the resource to be transmitted of the user is carried, and can enter one Step includes following sub-step：

Sub-step S30911-1, calculates the resource size of the resource to be transmitted of the user.

Sub-step S30911-3, using the resource size of the resource to be transmitted, it is determined that carrying described The length of the resource cluster of resource to be transmitted.

Sub-step S30911-5, the length according to determined by extracts two moneys of the first carrier Source cluster.

Sub-step S30911-7, passes through extracted two resource cluster and carries the to be transmitted of the user Resource.

Can determine that the transmission of the resource cluster that length is 1 RB is held according to first carrier channel condition Amount.By the calculating of the transmission demand amount to user, it may be determined that the money of the resource to be transmitted of user Source size, according to the transmission capacity and the money to be transmitted of the user of the resource cluster that length is 1 RB The resource size in source, can calculate the resource cluster overall length of the whole resource to be transmitted for carrying the user Degree, and then can determine the length of two clusters for distributing to user.

For example, by calculating the resource size of the resource to be transmitted for determining user UE1 for M, the use Length is C1 for the transmission capacity of the resource cluster of 1RB on the first carrier at family, then can determine carrying The length of the resource cluster of the whole resource to be transmitted of UE1 is M/C1.It is assumed that the value of M/C1 is 6RB, The resource cluster on first carrier is searched, is two of 3RB when length can be formed on first carrier During resource cluster, just two resource clusters of the length for 3RB are extracted from first carrier, be 3RB by length Two resource clusters distribute to UE1, adopt length and carry UE1 for two resource clusters of 3RB and treat Transfer resource.When two resource clusters that length is 3RB can not be formed on first carrier, but can To form two resource clusters that length is respectively 2RB and 4RB, or formation length is respectively 1RB With two resource clusters of 5RB, just length is extracted from first carrier and be respectively 1RB's and 5RB Two resource clusters, two resource clusters for being respectively 2RB and 4RB using the length on first carrier hold Carry the resource to be transmitted of UE1.

In the embodiment of the present application, the two resource clusters transmission user resources on using first carrier When, the to be transmitted of user can be carried using two resource clusters of equal length on first carrier as far as possible Resource so that the demodulation performance of two resource clusters is identical.

Step 311, obtains corresponding second carrier wave of the user, by the first carrier and second Resource cluster on carrier wave distributes to the user；

The whole that two maximum resource clusters of transmission capacity can not carry user on first carrier is to be passed During defeated resource, second carrier wave of the user is just obtained, then by the first carrier and second load Resource cluster on ripple distributes to the user, and being carried by the resource cluster of first carrier and the second carrier wave should The resource to be transmitted of user.

Specifically, two resource allocation clusters in first carrier can not meet the transmission demand of user When, the maximum resource cluster of transmission capacity can be extracted from first carrier and distributes to the user, then A suitable resource cluster is being extracted from second carrier wave of the user to the user.For example, user The resource size of whole resource to be transmitted be L, be the resource cluster of user distribution on first carrier Transmission capacity be C1, the transmission of the maximum resource cluster of the obtainable capacity of the user on the second carrier wave Capacity is C2, if the resource cluster of transmission capacity C1 of the resource cluster of first carrier and the second carrier wave Transmission capacity C2 and more than all resources to be transmitted resource size L (i.e. C1+C2>L), then On a second carrier extract a transmission capacity closest to L-C1 resource cluster, will transmission capacity be The resource cluster of L-C1 is defined as suitable resource cluster；Otherwise, by transmission capacity for C2 resource cluster Be defined as suitable resource cluster, i.e., first carrier resource cluster transmission capacity C1 and the second carrier wave Resource cluster resource size that is transmission capacity C2 and being not more than all resources to be transmitted be L (i.e. C1+C2>=L) in the case of, the maximum resource cluster of transmission capacity on the second carrier wave is defined as properly Resource cluster, and the resource cluster is distributed to into user.

In a preferred embodiment of the present application, by the first carrier and second carrier wave Resource cluster distributes to the user, and by the resource cluster of the first carrier and the second carrier wave institute is carried The resource to be transmitted of user is stated, following sub-step is may further include：

Sub-step S31101, extracts a maximum resource cluster of transmission capacity on the first carrier, And it is defined as first resource cluster.

Sub-step S31103, calculates respectively the resource size of the resource to be transmitted of the user, and The resource size that the first resource cluster can be carried, determines that the resource of remaining resource to be transmitted is big It is little.

Sub-step S31105, according to the resource size of the remaining resource to be transmitted, extracts described A resource cluster on second carrier wave, and it is defined as Secondary resource cluster.

Sub-step S31107, carries the user's by the first resource cluster and Secondary resource cluster Resource to be transmitted.

In concrete implementation, from first carrier, a maximum resource cluster of transmission capacity is extracted, Mark first resource cluster, i.e., be to make first resource cluster carry more users resource to be transmitted as far as possible. Calculate the transmission capacity of first resource cluster, it may be determined that first resource cluster can carry treating for the user The resource size of transfer resource, and calculate the resource size of the whole resource to be transmitted of the user. The resource that first resource cluster can be carried is deducted using the resource size of the whole of user resource to be transmitted Size, it is possible to determine that the second carrier wave needs the resource size for carrying, you can carry to determine from second The length (as being 2RB) of the resource cluster extracted on ripple.The length according to determined by, from the second carrier wave A resource cluster is extracted, and Secondary resource cluster is labeled as, determined by the length of Secondary resource cluster is Length (as 2RB).

The application embodiment carries more moneys to be transmitted using the resource cluster of first carrier as far as possible Source, so as to obtain more preferable systematic function.

Step 313, the user for being assigned to resource cluster is deleted from the user list.

When user has been dispensed into resource cluster, just the use is deleted from the user list of Uplink Shared Channel Family, then the carrier wave priority to remaining user in the user list on different carrier waves carry out Recalculate, and continue to be allocated dispatching priority highest user in the remaining user Ascending resource.

During concrete implementation, according to the order of the dispatching priority of each user in user list, Be to user list in all users distribution ascending resource, until all users of the user list Ascending resource is had been allocated to, i.e., the user list is sky, just terminate ascending resource distribution.

In order that those skilled in the art more fully understand the embodiment of the present application, below in conjunction with Fig. 4, in detail Describe the implementation procedure of bright the embodiment of the present application in detail.

With reference to Fig. 4, the dispatching party of many cluster resources in another kind of Uplink Shared Channel of the application is shown The step of method preferred embodiment flow chart, specific implementation procedure is as follows：

Step 401, generates the user list UE_PUSCH_list of Uplink Shared Channel.Specifically, User to needing to distribute ascending resource counts, and generates the user list of Uplink Shared Channel UE_PUSCH_list。

Step 403, judges whether UE_PUSCH_list is sky list.If so, distribution is just terminated Ascending resource；If UE_PUSCH_list is not empty list, step 405 is carried out.

Step 405, is that the user in UE_PUSCH_list calculates its carrier wave on different carrier waves Priority.

Step 407, the user i of selection scheduling highest priority and corresponding carrier wave highest priority First carrier j.

Step 409, can judge the transmission demand of user i be come by first carrier j resource cluster Meet.If can meet, execution step 411；If the transmission demand of user i can not be by first carrier One resource cluster of j is carried out step 413 meeting.Specifically, find out and transmitted on carrier wave j The maximum resource cluster (i.e. continuous and unappropriated RB) of capacity, the transmission for comparing the resource cluster is held The size of the transmission demand of amount and user, if the transmission capacity of the resource cluster is more than or equal to user i Transmission demand, then execution step 411；If transmission of the transmission capacity of the resource cluster less than user i Demand, then execution step 413.

Step 411, is a maximum resource cluster of transmission capacity on user i distribution first carrier j. It is to be understood that extracting a maximum resource cluster of transmission capacity on first carrier, and will be extracted A maximum resource cluster of transmission capacity is distributed to user i and is used.After distributing, execution step 421.

Step 413, can judge the transmission demand of user i be come by the two of first carrier j resource clusters Meet.If can meet, execution step 415, if the transmission demand of user i can not be by first carrier One resource cluster of j is carried out step 417 meeting.

Step 415, is two resource clusters on user i distribution first carrier j, and makes two as far as possible The length of resource cluster is identical.Find out two maximum clusters of transmission capacity on first carrier j, if this two Transmission demand of the transmission capacity sum of individual cluster not less than user i, then distribute to user by the two clusters I is used, and makes the equal length of two resource clusters as far as possible, then execution step 421.

Step 417, as far as possible the resource cluster of first carrier j extending users i.Specifically, exist as far as possible A resource cluster is extended on carrier wave j, can be divided until through-put power has reached the upper limit or No Assets Match somebody with somebody, and the resource allocation of this resource cluster for extending is used to user i.

Step 419, according to the carrier wave priority size for calculating, selects the carrier wave priority the of user i Two the second big carrier wave j ', and the resource cluster of the extending user i that tries one's best on the carrier wave.

Step 421, deletes user i from UE_PUSCH_list, then redirects execution step 403.

In the embodiment of the present application, if resource-constrained on the member carrier of system (i.e. cannot be single The transmission demand of user is met on carrier wave), then need to distribute one for user on two carrier waves respectively Resource cluster, now widens the gap between both two resource clusters, the money for making channel condition good as far as possible The length of source cluster is as long as possible, and the length of the cluster of bad channel conditions is as short as possible, so as to obtain more preferably Systematic function；If the resource on the member carrier of system is unrestricted, can be on a single carrier Distribute two clusters for user, now, allow the length of two clusters identical as far as possible, to obtain identical solution Tonality energy.

It should be noted that for embodiment of the method, in order to be briefly described, therefore it is all expressed as A series of combination of actions, but those skilled in the art should know, and the embodiment of the present application is not Limited by described sequence of movement, because according to the embodiment of the present application, some steps can be adopted With other order or while carry out.Secondly, those skilled in the art also should know, description Described in embodiment belong to preferred embodiment, involved action not necessarily the application Necessary to embodiment.

With reference to Fig. 5, the scheduling system of many cluster resources in a kind of Uplink Shared Channel of the application is shown The structured flowchart of embodiment, specifically can include such as lower module：

User list generation module 501, for counting to the user for needing to distribute ascending resource, Generate the user list of Uplink Shared Channel.

Computing module 503, for calculating the user list respectively in each user on different carrier waves Carrier wave priority, determines the corresponding first carrier of each user and the second carrier wave, wherein, first carrier Carrier wave priority higher than the second carrier wave carrier wave priority.

First acquisition module 505, uses for extracting dispatching priority highest from the user list Family, obtains the first carrier of the user.

First judge module 507, for judging it is described whether the resource cluster of the first carrier can carry The resource to be transmitted of user, when the resource cluster of first carrier can carry the resource to be transmitted of the user When, the resource cluster of the first carrier is distributed to into the user, using the money of the first carrier Source cluster carries the resource to be transmitted of the user, wherein, the resource cluster is by continuous on carrier wave Row resource composition.

Second acquisition module 509, for the resource cluster when the first carrier user can not be carried Resource to be transmitted when, corresponding second carrier wave of the user is obtained, by the first carrier and the Resource cluster on two carrier waves distributes to the user, by the first carrier and the second carrier wave Resource cluster carries the resource to be transmitted of the user.

With reference to Fig. 6, the scheduling system of many cluster resources in a kind of Uplink Shared Channel of the application is shown The structured flowchart of most preferred embodiment.

In a preferred embodiment of the present application, the computing module 503 can include following son Module：

Acquisition of information submodule 50301, for obtaining broadband letter of the user on each carrier wave respectively Road quality information, and the carrier wave distributes to the frequency spectrum resource information of the user.

Calculating sub module 50303, indicates for for same carrier wave, calculating the broadband channel quality The ratio of information and frequency spectrum resource information.

Carrier wave priority determination sub-module 50305, for counting to the ratio of each carrier wave, it is determined that The carrier wave priority of the corresponding each carrier wave of the user.

Carrier wave determination sub-module 50307, for the maximum carrier wave of ratio to be defined as into the of the user One carrier wave, and second largest carrier wave of ratio is defined as into the second carrier wave.

In a preferred embodiment of the present application, first judge module 507 can include with Lower submodule：

First extracting sub-module 50701, for extracting one of transmission capacity maximum on the first carrier Individual resource cluster.

First judging submodule 50703, for judging that a maximum resource cluster of the transmission capacity is The no resource to be transmitted that can carry the user.

First distribution sub module 50705, for holding when a maximum resource cluster of the transmission capacity When carrying the resource to be transmitted of the user, a maximum resource cluster of the transmission capacity is distributed to The user, using a maximum resource cluster of the transmission capacity the to be transmitted of the user is carried Resource.

Second extracting sub-module 50707, can not for working as a maximum resource cluster of the transmission capacity When carrying the resource to be transmitted of the user, two of transmission capacity maximum on the first carrier are extracted Individual resource cluster.

Second judging submodule 50709, for judging to extract whether two resource clusters can carry described The resource to be transmitted of user.

Second distribution sub module 50711, can carry the user's for extracting two resource clusters During resource to be transmitted, extracted two resource clusters are distributed to into the user, using described two Resource cluster carries the resource to be transmitted of the user.

In a preferred embodiment of the present application, second distribution sub module can be specifically included With lower unit：

Resource Calculation unit, for calculating the resource size of the resource to be transmitted of the user.

Resource size determining unit, for using the resource size of the resource to be transmitted, it is determined that holding Carry the length of the resource cluster of the resource to be transmitted.

Resource cluster extraction unit, for the length according to determined by, extracts the two of the first carrier Individual resource cluster.

In a preferred embodiment of the present application, second acquisition module 509 can include with Lower submodule：

First resource cluster determination sub-module 50901, for extracting on the first carrier transmission capacity most A big resource cluster, and it is defined as first resource cluster.

Surplus resources calculating sub module 50903, for calculating the resource to be transmitted of the user respectively Resource size, and the resource size that the first resource cluster can be carried, determine remaining to be passed The resource size of defeated resource.

Secondary resource cluster determination sub-module 50905, for according to the money of the remaining resource to be transmitted Source size, extracts a resource cluster on second carrier wave, and is defined as Secondary resource cluster.

Submodule 50907 is carried, for carrying described by the first resource cluster and Secondary resource cluster The resource to be transmitted of user.

In a preferred embodiment of the present application, the tune of many cluster resources in the Uplink Shared Channel Degree system, can also include：

User's removing module 511, for deleting the use for being assigned to resource cluster from the user list Family.

For system embodiment, due to itself and embodiment of the method basic simlarity, so description Fairly simple, related part is illustrated referring to the part of embodiment of the method.

Each embodiment in this specification is described by the way of progressive, each embodiment emphasis What is illustrated is all the difference with other embodiment, identical similar part between each embodiment Mutually referring to.

Those skilled in the art it should be appreciated that the embodiment of the embodiment of the present application can be provided as method, Device or computer program.Therefore, the embodiment of the present application can using complete hardware embodiment, Complete software embodiment or the form with reference to the embodiment in terms of software and hardware.And, this Shen Please embodiment can adopt and wherein include the computer of computer usable program code at one or more It is real in usable storage medium (including but not limited to disk memory, CD-ROM, optical memory etc.) The form of the computer program applied.

The embodiment of the present application be with reference to according to the method for the embodiment of the present application, terminal unit (system) and The flow chart and/or block diagram of computer program is describing.It should be understood that can be by computer journey Sequence instructs flowchart and/or each flow process and/or square frame and flow chart in block diagram And/or the combination of the flow process in block diagram and/or square frame.These computer program instructions can be provided To general purpose computer, special-purpose computer, Embedded Processor or other programmable data processing terminals The processor of equipment is producing a machine so that processed by computer or other programmable datas The instruction of the computing device of terminal unit is produced for realizing in one flow process of flow chart or multiple streams The device of the function of specifying in one square frame of journey and/or block diagram or multiple square frames.

These computer program instructions may be alternatively stored in can be guided at computer or other programmable datas In the computer-readable memory that reason terminal unit works in a specific way so that be stored in the calculating Instruction in machine readable memory produces the manufacture for including command device, and the command device is realized Specify in one flow process of flow chart or one square frame of multiple flow processs and/or block diagram or multiple square frames Function.

These computer program instructions can also be loaded into computer or other programmable data processing terminals On equipment so that on computer or other programmable terminal equipments perform series of operation steps with Computer implemented process is produced, so as to what is performed on computer or other programmable terminal equipments Instruction is provided for realizing in one square frame of one flow process of flow chart or multiple flow processs and/or block diagram Or specify in multiple square frames function the step of.

Although having been described for the preferred embodiment of the embodiment of the present application, those skilled in the art Once knowing basic creative concept, then other change and modification can be made to these embodiments. So, claims are intended to be construed to include preferred embodiment and fall into the embodiment of the present application Scope has altered and changes.

Finally, in addition it is also necessary to explanation, herein, such as first and second or the like relation Term is used merely to make a distinction an entity or operation with another entity or operation, and not Necessarily require either to imply and there is any this actual relation or suitable between these entities or operation Sequence.And, term " including ", "comprising" or its any other variant are intended to nonexcludability Comprising so that a series of process, method, article or terminal unit including key elements is not only Including those key elements, but also including other key elements being not expressly set out, or also include for The intrinsic key element of this process, method, article or terminal unit.In no more restrictions In the case of, the key element limited by sentence "including a ...", it is not excluded that including the key element Also there is other identical element in process, method, article or terminal unit.

Above to the dispatching method of many cluster resources in a kind of Uplink Shared Channel provided herein and The scheduling system of many cluster resources, is described in detail in a kind of Uplink Shared Channel, herein should With specific case the principle and embodiment of the application are set forth, above example is said It is bright to be only intended to help and understand the present processes and its core concept.Simultaneously for this area Those skilled in the art, according to the thought of the application, can in specific embodiments and applications There is change part, in sum, this specification content should not be construed as the restriction to the application.

Claims

1. in a kind of Uplink Shared Channel many cluster resources dispatching method, it is characterised in that include：

2. method according to claim 1, it is characterised in that described to calculate the use respectively Carrier wave priority of each user on different carrier waves in the list of family, determines that each user corresponding first carries Ripple and the second carrier wave, including：

3. method according to claim 1 and 2, it is characterised in that the judgement described Whether the resource cluster of one carrier wave can carry the resource to be transmitted of the user, when the resource of first carrier When cluster can carry the resource to be transmitted of the user, the resource cluster of the first carrier is distributed to into institute User is stated, the resource to be transmitted of the user is carried using the resource cluster of the first carrier, including：

4. method according to claim 3, it is characterised in that described by extracted two Resource cluster distributes to the user, and using described two resource clusters the money to be transmitted of the user is carried Source, including：

Calculate the resource size of the resource to be transmitted of the user；

5. method according to claim 1 and 2, it is characterised in that described by described first Resource cluster on carrier wave and second carrier wave distributes to the user, by the first carrier and The resource cluster of nd carrier carries the resource to be transmitted of the user, including：

6. method according to claim 1, it is characterised in that also include：

7. in a kind of Uplink Shared Channel many cluster resources scheduling system, it is characterised in that include：

8. system according to claim 7, it is characterised in that the computing module includes：

9. the system according to claim 7 or 8, it is characterised in that described first judges mould Block includes：

10. system according to claim 9, it is characterised in that the second distribution submodule Block includes：

11. systems according to claim 7 or 8, it is characterised in that described second obtains Module includes：

12. systems according to claim 7, it is characterised in that also include：