CN102036385B - Method for scheduling resources among cells, base stations, user equipment and mobile communication system - Google Patents

Abstract

The invention provides a method for scheduling resources among cells, base stations, user equipment and a mobile communication system, and can increase the throughput of the system. The method is applied to the mobile communication system and comprises the following steps of: selecting a first cell on a resource block; calculating first throughput and second throughput of the user equipment on the resource block when the user equipment is cell edge user equipment of the first cell, wherein the first throughput and the second throughput are the throughput of the user equipment on the resource block under a muting mode and a normal mode respectively; judging whether the first throughput is more than N times of the second throughput or not and acquiring a judgment result, wherein the N is the number of the base stations which provide wireless communication service for the user equipment under the muting mode; if the judgment result indicates that the first throughput is more than or equal to N times of the second throughput, indicating the base station belonging to the first cell to use the muting mode on the resource block; and if the judgment result indicates that the first throughput is not more than N times of the second throughput, indicating the base station belonging to the first cell not to use the muting mode on the resource block. The invention can increase the throughput of the system.

Description

Method for scheduling resources among cells, base station, subscriber equipment and mobile communication system

Technical field

The present invention relates to multi-point cooperative in 3GPP LTE-A to send and reception technique, particularly a kind of method for scheduling resources among cells, base station, subscriber equipment and mobile communication system.

Background technology

Multi-point cooperative sends and receives is the key technology controlling presence of intercell interference in lte-a system, it achieves and combining between multiple cell sends and receive, effectively can control or eliminate the interference between neighbor cell, the raising especially for cell boundary users performance is a key technology.Particularly, according to the height of transmission technology complexity and feedback overhead how many, above-mentioned technology can be divided into again coordinated scheduling, coordinates beam figuration and Combined Treatment technology.Combined Treatment technology has can be further divided into associated transmission technology and dynamic cell selection technique.

Under the selection technique of dynamic cell, signal only sends from a selected base station, user also only needs the channel information feeding back selection of base stations, therefore, dynamic cell selection technique is a kind of with the complexity of lower lift-off technology, lower user uplink channel feedback expense, realize the technology of certain Inter-Cell Interference Coordination, it balances the complexity of transmission technology, the effect of feedback overhead and Inter-Cell Interference Coordination, is a technology more flexibly.

In traditional dynamic cell selection technique, subscriber equipment is for each Resource Block (ResourceBlock, RB), the descending signal to noise ratio of each base station on this Resource Block in Active Set (Active Set) is calculated according to down-run survey value, then to each Resource Block, the base station selecting signal to noise ratio maximum is as the base station of carrying out downstream signal transmission on this Resource Block, and the ID of the base station of selection and the descending channel information of this base station are fed back to serving BS, at next signal delivery time, by by the base station selected on this Resource Block for user sends downlink data.In traditional dynamic cell selection technique, service can be provided for it in the top-quality base station of selective channel at any time for each Resource Block user, therefore can improve systematic function greatly, especially the performance of cell boundary users.

In the discussion of LTE-A, a kind of dynamic cell has selected the technology combining reticent (Muting) also to be carried out.Dynamic cell is selected to carry out communication process as follows in conjunction with silent technology:

First, the serving BS measured according to subscriber equipment and the downlink reference signal performance number of the strongest adjacent base station, judge cell boundary users equipment; If the power difference of the downlink reference signal of serving BS and the strongest adjacent base station of signal in pre-determined threshold (such as 3dB), then judges that this subscriber equipment is as cell boundary users equipment.

Secondly, cell boundary users equipment calculates the signal to noise ratio of the secondary strong community (namely in neighbor cell) of instantaneous power on current resource block during no signal transmission (Muting) according to measured value, and measured value is fed back to serving BS.

Finally, select situation according to the channel information of user feedback and community, center base station utilizes combined dispatching algorithm to be user resource allocation block in all communities, until the gross power in a certain community is assigned.

Wherein, when carrying out Resourse Distribute, for the cell boundary users equipment of the first community, only having and could distribute when the same Resource Block of this first community and the second community is all available.This second community is in the adjacent cell of described first community, the community that the signal that described cell boundary users equipment receives is the strongest;

Further, for cell boundary users equipment, if scheduled, then on its Resource Block used, its serving BS sends signal with N power doubly, and instantaneous power time strong community does not then send signal on corresponding Resource Block.

Dynamic cell selects the method adding muting to further increase the performance of cell boundary users, but at least there is following shortcoming:

The neighbor cell the strongest due to its signal does not send signal on corresponding Resource Block, although improve the performance of cell boundary users like this, but occupies the resource of adjacent cell, can cause the throughput degradation of system.

Summary of the invention

The object of this invention is to provide a kind of method for scheduling resources among cells, base station, subscriber equipment and mobile communication system, improve throughput of system.

To achieve these goals, embodiments provide a kind of resource coordination between cells method, for the mobile communication system sending based on multi-point cooperative and receive, comprising:

Step 11, based on dynamic cell selection technique, subscriber equipment is selected first community on Resource Block;

Step 12, when described subscriber equipment is the Cell Edge User equipment of described first community, first throughput of described subscriber devices compute on described Resource Block and the second throughput;

Described first throughput and the second throughput are respectively the throughput that described subscriber equipment utilizes described Resource Block to reach under silence mode and normal mode;

Step 13, described subscriber equipment judges whether described first throughput is greater than the N of the second throughput doubly, obtains a judged result; Described N is under silence mode, provides the quantity of the base station of radio communication service for described subscriber equipment;

Step 14, when described first throughput of described judged result instruction is more than or equal to the N times of the second throughput, the described first community own base station of described subscriber equipment instruction, described Resource Block uses silence mode, otherwise indicates described first community own base station not use silence mode on described Resource Block.

Above-mentioned resource coordination between cells method, wherein, also comprises:

Step 15, described subscriber equipment is to the channel information of the down channel between serving BS feedback and described first community own base station.

Above-mentioned resource coordination between cells method, wherein, described step 11 specifically comprises:

Step 111, for described Resource Block, the descending signal to noise ratio of each base station on described Resource Block in described subscriber devices compute Active Set;

Step 112, the base station that described subscriber equipment selects the maximum base station of signal to noise ratio to send as the downstream signal utilizing described Resource Block to carry out; Described first community belongs to the maximum base station of described signal to noise ratio.

Step 113, the notification service base station, base station that described subscriber equipment will be selected.

Above-mentioned resource coordination between cells method, wherein, also comprises:

Step 16, federated resource scheduling is carried out according to the feedback of described subscriber equipment in base station;

Step 17, base station calculates a power average value, is A/ [B+ (N-1) C-D], A is the total transmitting power in base station, B is the Resource Block total number of base station, and C is the number of the Resource Block distributing to the subscriber equipment adopting silence mode, and D is the number of the Resource Block be silenced;

Step 18, for the subscriber equipment not adopting silence mode, the transmitting of downstream signal is carried out with the first power in base station, for the subscriber equipment adopting silence mode, the transmitting of downstream signal is carried out with the second power in base station, described first power is described power average value, and described second power is N times of described power average value.

To achieve these goals, the embodiment of the present invention additionally provides a kind of subscriber equipment, and for the mobile communication system sending based on multi-point cooperative and receive, described subscriber equipment comprises:

Cell selection module, for selecting the first community based on dynamic cell selection technique on Resource Block;

Throughput calculation module, during for being the Cell Edge User equipment of described first community at described subscriber equipment, calculates the first throughput on described Resource Block and the second throughput;

Described first throughput and the second throughput are respectively the throughput that described subscriber equipment utilizes described Resource Block to reach under silence mode and normal mode;

Judge module, for judging whether described first throughput is greater than the N of the second throughput doubly, obtains a judged result; Described N is under silence mode, provides the quantity of the base station of radio communication service for described subscriber equipment;

Feedback module, for when described first throughput of described judged result instruction is more than or equal to the N times of the second throughput, indicate described first community own base station, described Resource Block uses silence mode, otherwise indicates described first community own base station not use silence mode on described Resource Block.

To achieve these goals, the embodiment of the present invention additionally provides a kind of base station, for the mobile communication system sending based on multi-point cooperative and receive, comprising:

Federated resource scheduler module, carries out federated resource scheduling for the feedback according to described subscriber equipment;

Power average value computing module, for calculating a power average value, for A/ [B+ (N-1) C-D], A is the total transmitting power in base station, B is the Resource Block total number of base station, C is the number of the Resource Block distributing to the subscriber equipment adopting silence mode, and D is the number of the Resource Block be silenced;

Transmitter module, for the subscriber equipment not adopting silence mode, the transmitting of downstream signal is carried out with the first power, for the subscriber equipment adopting silence mode, the transmitting of downstream signal is carried out with the second power, described first power is described power average value, and described second power is N times of described power average value.

To achieve these goals, the embodiment of the present invention additionally provides a kind of mobile communication system sending based on multi-point cooperative and receive, and comprises subscriber equipment and base station:

Described subscriber equipment comprises:

Cell selection module, for selecting the first community based on dynamic cell selection technique on Resource Block;

Throughput calculation module, during for being the Cell Edge User equipment of described first community at described subscriber equipment, calculates the first throughput on described Resource Block and the second throughput;

Described first throughput and the second throughput are respectively the throughput that described subscriber equipment utilizes described Resource Block to reach under silence mode and normal mode;

Judge module, for judging whether described first throughput is greater than the N of the second throughput doubly, obtains a judged result; Described N is under silence mode, provides the quantity of the base station of radio communication service for described subscriber equipment;

Feedback module, for when described first throughput of described judged result instruction is more than or equal to the N times of the second throughput, indicate described first community own base station, described Resource Block uses silence mode, otherwise indicates described first community own base station not use silence mode on described Resource Block.

Described base station comprises:

Federated resource scheduler module, carries out federated resource scheduling for the feedback according to described subscriber equipment;

Power average value computing module, for calculating a power average value, for A/ [B+ (N-1) C-D], A is the total transmitting power in base station, B is the Resource Block total number of base station, C is the number of the Resource Block distributing to the subscriber equipment adopting silence mode, and D is the number of the Resource Block be silenced;

Transmitter module, for the subscriber equipment not adopting silence mode, the transmitting of downstream signal is carried out with the first power, for the subscriber equipment adopting silence mode, the transmitting of downstream signal is carried out with the second power, described first power is described power average value, and described second power is N times of described power average value.

The embodiment of the present invention has following beneficial effect:

In the embodiment of the present invention, resource coordination between cells method, for the mobile communication system sending based on multi-point cooperative and receive, after selecting community based on dynamic cell selection technique on Resource Block, when the throughput only utilizing this Resource Block to reach at described subscriber equipment under silence mode is greater than the N times of the throughput that subscriber equipment utilizes this Resource Block to reach under normal mode, just on described Resource Block, use silence mode, so utilize the embodiment of the present invention while guaranteeing QoS of customer as far as possible, improve the throughput of system.

Simultaneously, in the embodiment of the present invention, system emission power is divided equally: the total Resource Block quantity of system adds the quantity of the Resource Block that needs are launched with N times power and deducts the quantity of the Resource Block be silenced according to following numerical value, then the system power after dividing equally according to this carries out the distribution of transmitting power, can ensure that system resource block and transmitting power are all fully used, improve the throughput of system.

Accompanying drawing explanation

Fig. 1 is the schematic flow sheet of the method for the embodiment of the present invention;

Fig. 2 is the structural representation of the subscriber equipment of the embodiment of the present invention;

Fig. 3 is the structural representation of the base station of the embodiment of the present invention.

Embodiment

The method of the embodiment of the present invention as shown in Figure 1, comprising:

Step 11, based on dynamic cell selection technique, subscriber equipment is selected first community on Resource Block;

Step 12, when described subscriber equipment is the Cell Edge User equipment of described first community, described subscriber equipment calculates the first throughput on described Resource Block and the second throughput according to measurement result;

Described first throughput and the second throughput are respectively the throughput that described subscriber equipment utilizes described Resource Block to reach under silence mode and normal mode;

Under silence mode, if resource block assignments is given this subscriber equipment by the community that instantaneous received power is the strongest, and this subscriber equipment is when being the Cell Edge User equipment of Serving cell, this Resource Block would not be distributed to user in instantaneous received power time strong community, and the transmitting power of described first community own base station on described Resource Block is the twice of usual transmitting power.

Step 13, described subscriber equipment judges whether described first throughput is greater than the twice of the second throughput, obtains a judged result;

Step 14, when described first throughput of described judged result instruction is more than or equal to the twice of the second throughput, the described first community own base station of described subscriber equipment instruction uses silence mode on described Resource Block, otherwise indicates described first community own base station not use silence mode on described Resource Block.

In the specific embodiment of the invention, the first throughput is C (s), and the second throughput is C (s, n), as follows:

$C\left(s\right)=\log 2(1+\frac{P*g\left(s\right)}{\underset{m\≠s}{\overset{N}{\mathrm{\Σ}}}P*g\left(m\right)+N_0})$

$C(s,n)=\log 2(1+\frac{2*P*g\left(s\right)}{\underset{m\≠n,m\≠s}{\overset{N}{\mathrm{\Σ}}}P*g\left(m\right)+N_0})$

Wherein, P representation unit transmitted power, g (s) represents the channel fading of described first community own base station s to subscriber equipment, and N is system cell number, N _ofor noise, g (n) represents the base station n belonging to adjacent cell that the signal of described first community the is the strongest channel fading to subscriber equipment.

Can be found by above-mentioned description, if do not use silence mode, if the throughput that the edge customer A of the first community can obtain on Resource Block is A1, due in the second community, this Resource Block can also distribute to other users, therefore in the first community and the second community, if do not use silence mode, the throughput that this Resource Block can bring is 2A1;

Under silence mode, if the throughput that the edge customer A of the first community can obtain on Resource Block is B1, but due in the second community, this resource is silenced, any throughput cannot be brought, therefore in the first community and the second community, the throughput summation that under silence mode, this Resource Block can bring is B1.

Consider, if use silence mode, although bring the lifting of performance can to Cell Edge User equipment, but consider the overall performance of system, in the embodiment of the present invention, only when B1 is greater than 2A1, silence mode is just adopted to transmit, therefore, relative to directly adopting silence mode, the throughput of system can be improved.

Certainly, in order to base station end is dispatched, in the embodiment of the present invention, also comprise:

Step 15, described subscriber equipment is to the channel information of the down channel between serving BS feedback and described first community own base station.

In a particular embodiment of the present invention, step 11 specifically comprises:

Step 111, for described Resource Block, subscriber equipment calculates the descending signal to noise ratio of each base station on described Resource Block in Active Set according to down-run survey value;

Step 112, the base station that described subscriber equipment selects the maximum base station of signal to noise ratio to send as the downstream signal utilizing described Resource Block to carry out; Described first community belongs to the maximum base station of described signal to noise ratio.

Step 113, the notification service base station, base station that described subscriber equipment will be selected.

In a particular embodiment of the present invention, when power difference between the first downlink reference signal that described subscriber equipment receives and the second downlink reference signal is less than the threshold value pre-set, described subscriber equipment is Cell Edge User equipment, described first downlink reference signal is the downlink reference signal that serving BS sends, described second downlink reference signal is in the adjacent base station of serving BS, the base station that the signal that described user receives is the strongest.

The method for scheduling resources among cells of the embodiment of the present invention also comprises:

Step 15, federated resource scheduling is carried out according to the feedback of subscriber equipment in base station;

Can be proportional fair algorithm and other resource scheduling algorithm at Resource Block and power distribution method, as under proportional fair algorithm, the preferred value of all users on all Resource Block in all communities be pressed descending order, distributes with this.

Because federated resource scheduling belongs to the category of prior art, be not described in further detail at this.

Step 16, base station calculates a power average value, as follows:

A/(B+C-D)

Wherein A is the total transmitting power in base station, and B is the Resource Block total number of base station, and C is the number of the Resource Block distributing to the subscriber equipment adopting silence mode, and D is the number of the Resource Block be silenced.

Step 17, for usual subscriber equipment, the transmitting of downstream signal is carried out with the first power in base station, for the subscriber equipment adopting silence mode, the transmitting of downstream signal is carried out with the second power in base station, described first power is described power average value, and described second power is 2 times of described power average value.

Utilize above-mentioned method, all Resource Block and all transmitting powers fully can be used, improve the throughput of system, illustrate as follows.

Assuming that total transmitting power of base station, base station one has 10 Resource Block, suppose there is 4 Resource Block to need with the power emission of twice, 2 Resource Block are silenced, then the current actual Resource Block that can use in base station is 8, if utilize the method for prior art, then base station can only utilize 6 Resource Block, because need the transmitting power employing 80% with 4 of the power emission of twice Resource Block, and the transmitting power of remaining 20% can only distribute to 2 Resource Block, therefore, also have 2 Resource Block to utilize, the throughput of system will inevitably be reduced.

And utilize the method for the embodiment of the present invention, first power is divided into (B+C-D)=12 part, 2 parts of power distributing respectively with the Resource Block of the power emission of twice in 12 parts are needed to 4, therefore, also remaining 4 parts of power, can divide equally to 4 remaining Resource Block, therefore, all Resource Block can both use, and can improve the throughput of system.

Assuming that total transmitting power of base station, base station one has 10 Resource Block, then power is divided into 10 parts, suppose there is 2 Resource Block to need with the power emission of twice, 4 Resource Block are silenced, then the current actual Resource Block that can use in base station is 6, if utilize the method for prior art, because need the transmitting power employing 40% with 2 of the power emission of twice Resource Block, and the transmitting power of 40% is used with 4 of the power emission of 1 times Resource Block, then also the transmitting power of remaining 20% does not utilize, and will inevitably reduce the throughput of system.

And utilize the method for the embodiment of the present invention, first power is divided into (B+C-D)=8 part, 2 parts of power are distributed respectively with the Resource Block of the power emission of twice to 2 needs, therefore, also remaining 4 parts of power, can distribute to 4 remaining Resource Block, therefore, all transmitting powers are all utilized, and can improve the throughput of system.

The subscriber equipment of the embodiment of the present invention, as shown in Figure 2, comprising:

Cell selection module, for selecting the first community based on dynamic cell selection technique on Resource Block;

Throughput calculation module, during for being the Cell Edge User equipment of described first community at described subscriber equipment, calculates the first throughput on described Resource Block and the second throughput;

Described first throughput and the second throughput are respectively the throughput that described subscriber equipment utilizes described Resource Block to reach under silence mode and normal mode;

Judge module, for judging whether described first throughput is greater than the twice of the second throughput, obtains a judged result;

Feedback module, for when described first throughput of described judged result instruction is more than or equal to the twice of the second throughput, indicate described first community own base station, described Resource Block uses silence mode, otherwise indicates described first community own base station not use silence mode on described Resource Block.

The base station of the embodiment of the present invention as shown in Figure 3, comprising:

Federated resource scheduler module, carries out federated resource scheduling for the feedback according to described subscriber equipment;

Power average value computing module, for calculating a power average value, is A/ (B+C-D), A is the total transmitting power in base station, B is the Resource Block total number of base station, and C is the number of the Resource Block distributing to the subscriber equipment adopting silence mode, and D is the number of the Resource Block be silenced;

Transmitter module, for the subscriber equipment not adopting silence mode, the transmitting of downstream signal is carried out with the first power, for the subscriber equipment adopting silence mode, the transmitting of downstream signal is carried out with the second power, described first power is described power average value, and described second power is 2 times of described power average value.

The mobile communication system of the embodiment of the present invention, comprises subscriber equipment and base station, wherein:

Described subscriber equipment comprises:

Cell selection module, for selecting the first community based on dynamic cell selection technique on Resource Block;

Throughput calculation module, during for being the Cell Edge User equipment of described first community at described subscriber equipment, calculates the first throughput on described Resource Block and the second throughput;

Described first throughput and the second throughput are respectively the throughput that described subscriber equipment utilizes described Resource Block to reach under silence mode and normal mode;

Judge module, for judging whether described first throughput is greater than the twice of the second throughput, obtains a judged result;

Feedback module, for when described first throughput of described judged result instruction is more than or equal to the twice of the second throughput, indicate described first community own base station, described Resource Block uses silence mode, otherwise indicates described first community own base station not use silence mode on described Resource Block.

Described base station comprises:

Federated resource scheduler module, carries out federated resource scheduling for the feedback according to described subscriber equipment;

Power average value computing module, for calculating a power average value, is A/ (B+C-D), A is the total transmitting power in base station, B is the Resource Block total number of base station, and C is the number of the Resource Block distributing to the subscriber equipment adopting silence mode, and D is the number of the Resource Block be silenced;

Transmitter module, for the subscriber equipment not adopting silence mode, the transmitting of downstream signal is carried out with the first power, for the subscriber equipment adopting silence mode, the transmitting of downstream signal is carried out with the second power, described first power is described power average value, and described second power is 2 times of described power average value.

In the above-described embodiment, with under silence mode, for described subscriber equipment provides the quantity of the base station of radio communication service to be 2 explanations carried out, but under silence mode, for described subscriber equipment provide the quantity of the base station of radio communication service to be N time, then need to judge whether described first throughput is greater than the N of the second throughput doubly, obtain a judged result and judged result instruction described first throughput be more than or equal to the N times of the second throughput time, indicate described first community own base station, described Resource Block uses silence mode, otherwise indicate described first community own base station not use silence mode on described Resource Block.

And base station is when carrying out energy distribution, power average value is A/ [B+ (N-1) C-D], A is the total transmitting power in base station, B is the Resource Block total number of base station, C is the number of the Resource Block distributing to the subscriber equipment adopting silence mode, D is the number of the Resource Block be silenced, and adopts the subscriber equipment of silence mode, transmitting power be the N of described power average value doubly.

Illustrate as follows, assuming that there are B, C, D tri-adjacent cells A community, and subscriber equipment is in A community, now, for B and C Liang Ge community, the edge customer equipment of subscriber equipment Dou Shi community A, but for D equipment, the edge customer equipment of subscriber equipment Bu Shi community A, in this case, N equals 3, namely under silence mode, for described subscriber equipment provides the community/base station of radio communication service to be A, B and C, quantity is 3.

And at community A, Resource Block A1 is assigned to for subscriber equipment supposition, then the Resource Block A1 of community B and C is silenced, and launches with 3 times of transmitting powers on the Resource Block A1 of community A.

In order to verify the effect of the embodiment of the present invention, provide Simulation Evaluation result at this, simulation parameter is as follows:

Carrier frequency 2000MHz

Community arranges hexagonal, 19 communities, 3 sectors/cells

Antenna type (gain) 70 degree of fladellums (14dBi), 20dB is compared in front and back

ISD 500m

System bandwidth 10MHz

Subframe lengths 1 millisecond

Resource Block bandwidth 180KHZ (12 subcarriers)

The relevant path loss 128.1+37.6log of distance ₁₀(r)

Penetration loss 20dB

Channel model TU 6rays

Dispatching algorithm fair algorithm

Translational speed (maximum Doppler frequency) 3km/h (5.55Hz)

As shown in the table, the simulation result for the embodiment of the present invention:

	Handle up in community (Mbps)	Cell Edge User equipment handles up (Mbps)
			Single community	17.35	0.45
Existing dynamic cell is selected in conjunction with silent technology	16.96	0.50
			Existing dynamic cell is selected not in conjunction with silent technology	17.40	0.49
The method (not comprising power to redistribute) of the embodiment of the present invention	17.97	0.54
			The method (comprising power to redistribute) of the embodiment of the present invention	18.35	0.55

As can be seen from the above table, no matter the method for the embodiment of the present invention, carry out power and redistribute, have the lifting of throughput to a certain degree relative to existing method, and after carrying out power and redistributing, can the throughput of elevator system further.

The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.

Claims (7)

1. a resource coordination between cells method, for the mobile communication system sending based on multi-point cooperative and receive, is characterized in that, comprising:

Step 11, based on dynamic cell selection technique, subscriber equipment is selected first community on Resource Block;

Step 12, when described subscriber equipment is the Cell Edge User equipment of described first community, first throughput of described subscriber devices compute on described Resource Block and the second throughput;

Described first throughput and the second throughput are respectively the throughput that described subscriber equipment utilizes described Resource Block to reach under silence mode and normal mode;

Step 13, described subscriber equipment judges whether described first throughput is greater than the N of the second throughput doubly, obtains a judged result; Described N is under silence mode, provides the quantity of the base station of radio communication service for described subscriber equipment;

Step 14, when described first throughput of described judged result instruction is more than or equal to the N times of the second throughput, the described first community own base station of described subscriber equipment instruction, described Resource Block uses silence mode, otherwise indicates described first community own base station not use silence mode on described Resource Block.

2. resource coordination between cells method according to claim 1, is characterized in that, also comprise:

Step 15, described subscriber equipment is to the channel information of the down channel between serving BS feedback and described first community own base station.

3. resource coordination between cells method according to claim 2, is characterized in that, described step 11 specifically comprises:

Step 111, for described Resource Block, the descending signal to noise ratio of each base station on described Resource Block in described subscriber devices compute Active Set;

Step 112, the base station that described subscriber equipment selects the maximum base station of signal to noise ratio to send as the downstream signal utilizing described Resource Block to carry out; Described first community belongs to the maximum base station of described signal to noise ratio;

Step 113, the notification service base station, base station that described subscriber equipment will be selected.

4. the resource coordination between cells method according to claim 1,2 or 3, is characterized in that, also comprise:

Step 16, federated resource scheduling is carried out according to the feedback of described subscriber equipment in base station;

Step 17, base station calculates a power average value, is A/ [B+ (N-1) C-D], A is the total transmitting power in base station, B is the Resource Block total number of base station, and C is the number of the Resource Block distributing to the subscriber equipment adopting silence mode, and D is the number of the Resource Block be silenced;

Step 18, for the subscriber equipment not adopting silence mode, the transmitting of downstream signal is carried out with the first power in base station, for the subscriber equipment adopting silence mode, the transmitting of downstream signal is carried out with the second power in base station, described first power is described power average value, and described second power is N times of described power average value.

5. a subscriber equipment, for the mobile communication system sending based on multi-point cooperative and receive, is characterized in that, comprising:

Cell selection module, for selecting the first community based on dynamic cell selection technique on Resource Block;

Throughput calculation module, during for being the Cell Edge User equipment of described first community at described subscriber equipment, calculates the first throughput on described Resource Block and the second throughput;

Described first throughput and the second throughput are respectively the throughput that described subscriber equipment utilizes described Resource Block to reach under silence mode and normal mode;

Judge module, for judging whether described first throughput is greater than the N of the second throughput doubly, obtains a judged result; Described N is under silence mode, provides the quantity of the base station of radio communication service for described subscriber equipment;

Feedback module, for when described first throughput of described judged result instruction is more than or equal to the N times of the second throughput, indicate described first community own base station, described Resource Block uses silence mode, otherwise indicates described first community own base station not use silence mode on described Resource Block.

6. a base station, for the mobile communication system sending based on multi-point cooperative and receive, is characterized in that, comprising:

Federated resource scheduler module, carries out federated resource scheduling for the feedback according to subscriber equipment;

Power average value computing module, for calculating a power average value, for A/ [B+ (N-1) C-D], A is the total transmitting power in base station, B is the Resource Block total number of base station, and C is the number of the Resource Block distributing to the subscriber equipment adopting silence mode, and D is the number of the Resource Block be silenced, described N is under silence mode, provides the quantity of the base station of radio communication service for described subscriber equipment;

Transmitter module, for the subscriber equipment not adopting silence mode, the transmitting of downstream signal is carried out with the first power, for the subscriber equipment adopting silence mode, the transmitting of downstream signal is carried out with the second power, described first power is described power average value, and described second power is N times of described power average value.

7., based on the mobile communication system that multi-point cooperative sends and receives, comprise subscriber equipment and base station, it is characterized in that:

Described subscriber equipment comprises:

Cell selection module, for selecting the first community based on dynamic cell selection technique on Resource Block;

Throughput calculation module, during for being the Cell Edge User equipment of described first community at described subscriber equipment, calculates the first throughput on described Resource Block and the second throughput;

Described first throughput and the second throughput are respectively the throughput that described subscriber equipment utilizes described Resource Block to reach under silence mode and normal mode;

Judge module, for judging whether described first throughput is greater than the N of the second throughput doubly, obtains a judged result; Described N is under silence mode, provides the quantity of the base station of radio communication service for described subscriber equipment;

Feedback module, for when described first throughput of described judged result instruction is more than or equal to the N times of the second throughput, indicate described first community own base station, described Resource Block uses silence mode, otherwise indicates described first community own base station not use silence mode on described Resource Block;

Described base station comprises:

Federated resource scheduler module, carries out federated resource scheduling for the feedback according to described subscriber equipment;

Power average value computing module, for calculating a power average value, for A/ [B+ (N-1) C-D], A is the total transmitting power in base station, B is the Resource Block total number of base station, C is the number of the Resource Block distributing to the subscriber equipment adopting silence mode, and D is the number of the Resource Block be silenced;

Transmitter module, for the subscriber equipment not adopting silence mode, the transmitting of downstream signal is carried out with the first power, for the subscriber equipment adopting silence mode, the transmitting of downstream signal is carried out with the second power, described first power is described power average value, and described second power is N times of described power average value.