CN105451237A - Radio resource distribution method - Google Patents

Radio resource distribution method Download PDF

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Publication number
CN105451237A
CN105451237A CN201410500110.4A CN201410500110A CN105451237A CN 105451237 A CN105451237 A CN 105451237A CN 201410500110 A CN201410500110 A CN 201410500110A CN 105451237 A CN105451237 A CN 105451237A
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base station
physical resource
resource block
message
carrier wave
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CN201410500110.4A
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CN105451237B (en
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孟艳
刘铮
韩锋
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Nokia Shanghai Bell Co Ltd
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Alcatel Lucent Shanghai Bell Co Ltd
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Abstract

A method of source distribution for user device in a first base station of a LTE communication system is provided by the invention. The source belongs to a non-licensed carrier wave. The radio resource distribution method comprises: the first base station is configured to distribute the first number of physical resource blocks to the user device, wherein the first number of physical resource blocks is the subset of the physical resource blocks of the non-licensed carrier wave; the first base station is configured to send a first information, wherein the first information includes information indicating the first number of physical resource blocks.

Description

A kind of wireless resource allocation methods
Technical field
The present invention relates to communication technical field, particularly relate to wireless communication technology field.
Background technology
At wireless communication field, generally speaking, traditional deployment way is that system works is authorizing frequency range (licensedband), and namely whole frequency spectrum resource all keeps for this system to use.Typically, LTE communication system is exactly use authority band operation.
But, along with the further growth of wireless traffic, the capacity of wireless communication system and band requirement are also improved thereupon.In this case, the mandate resource of frequency range of LTE system seems relative deficiency.Therefore, one of nearest in LTE field study hotspot is exactly how to utilize the resource of unauthorized frequency range to shunt data service occurred frequently.This kind of scheme is referred to as subordinate in LTE (LTEinUnlicensedspectrum the is called for short LTE-U) system of unauthorized carrier wave
Such as, under a typical scene, LTE system uses the frequency range of WiFi system.The i.e. community of LTE system and the community of WiFi system situation about coexisting at least partly on geographical position.In this case, if LTE system can use the frequency range of WiFi to carry out service distributing in the moment of some high capacity, obviously greatly can improve the performance of system, thus effectively tackle high capacity application scenarios.The research how coexisted about LTE system under this scene and WiFi system is in the field of business to be extensively discussed.
But, also has a kind of typical LTE-U application scenarios, i.e. multiple different LTE system situation about coexisting on certain unauthorized carrier wave, typically, namely the situation of certain unauthorized carrier band is shared by multiple LTE operator, about the scene how processing multiple different LTE system and coexist, then also have many undetermined problems.
Obviously, when multiple different LTE system coexists, the problem that the most primarily must solve is exactly how reasonably to carry out allocation of radio resources.Different from the situation that aforesaid LTE and WiFi coexists, multiple LTE system coexists under scene by the ask for something of its uniqueness.Such as, multiple LTE system coexists and may there is a large amount of speech businesses down, therefore require high to the continuity of resource, and bandwidth requirement is low; Again such as, what LTE system adopted is centralized resource allocation scheduling, therefore only has base station to have the function of Resourse Distribute.Under these features make existing LTE and WiFi coexistance model, based on the distributed resource allocation mode of channel-aware not can solve multiple LTE system coexist under resource allocation problem, therefore must find some new approach.
So target of the present invention is exactly find a kind of new wireless resource allocation methods; This method effectively distributing radio resource can meet the demand of each operator under needing to make the LTE-U scene coexisted in multiple LTE system; Guarantee that the centralized control of Resourse Distribute independently can be carried out in each base station again; Also will compatible as much as possible existing specification, avoid the change of existing protocol excessive.
Summary of the invention
For solving the aforementioned problems in the prior, the present invention proposes a kind of new wireless resource allocation methods.By for the Resource Block of whole unauthorized carrier frequency band being divided into different subsets and distributing to different operators, thus guarantee that each operator can obtain enough and not afoul Radio Resource.
Particularly, according to a first aspect of the invention, propose a kind of is the method for user equipment allocation resource in the first base station of LTE communication system, wherein, described resource belongs to unauthorized carrier wave, described method comprises: described first base station is the Physical Resource Block of described user equipment allocation first quantity, and wherein, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave; Described first base station sends the first message, and described first message comprises the information of the Physical Resource Block indicating described first quantity.
Preferably, also comprise, the Physical Resource Block of described unauthorized carrier wave is divided into multiple pattern, each described pattern represents a subset of the Physical Resource Block of described unauthorized carrier wave; The Physical Resource Block that described first base station is described user equipment allocation first quantity comprises for a pattern in multiple pattern described in described user equipment allocation; The information of the Physical Resource Block of described first quantity of described instruction comprises the information that a described pattern of described subscriber equipment is distributed in instruction.
More preferably, described first message also comprises the information indicating described resource assignment duration.。
More preferably, described first message comprises First ray, distributes to the information of a described pattern and the information of described resource assignment duration of described subscriber equipment described in described First ray indicates simultaneously.
More preferably, described first base station sends the first message and comprises described first base station on predetermined perch channel, broadcast described first message.
More preferably, described predetermined perch channel by predetermined described unauthorized carrier wave time, frequency domain resource forms.
More preferably, described first base station sends the first message and comprises described first base station described first message is sent at least one second base station, and described first base station and described second base station belong to different operators respectively.
According to a second aspect of the invention, propose a kind of is the method for user equipment allocation resource in the second base station of LTE communication system, and wherein, described resource belongs to unauthorized carrier wave, and described method comprises:
Described second base station receives the first message sent from least one the first base station, described first message comprises the information of the Physical Resource Block of instruction first quantity, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave, wherein, described first base station and described second base station belong to different operators respectively; Described second base station is the Physical Resource Block of described user equipment allocation second quantity, and wherein, the Physical Resource Block of described second quantity is the subset of the Physical Resource Block of described unauthorized carrier wave and non-intersect with a described first quantity Physical Resource Block; Described second base station sends the second message, and described second message comprises the information of the Physical Resource Block indicating described second quantity.
Preferably, also comprise, the Physical Resource Block of described unauthorized carrier wave is divided into multiple pattern, each described pattern represents a subset of the Physical Resource Block of described unauthorized carrier wave; The Physical Resource Block that described second base station is described user equipment allocation second quantity comprises in multiple pattern described in described user equipment allocation and the disjoint pattern of pattern corresponding to a described first quantity Physical Resource Block; The information of the Physical Resource Block of described second quantity of described instruction comprises the information that a described disjoint pattern of described subscriber equipment is distributed in instruction.
More preferably, described second message also comprises the information indicating described resource assignment duration.
More preferably, described second message comprises the second sequence, distributes to the information of a described disjoint pattern and the information of described resource assignment duration of described subscriber equipment described in described second sequence indicates simultaneously.
Preferably, described second base station sends the second message and comprises described second base station on predetermined perch channel, broadcast described second message.
More preferably, described predetermined perch channel by predetermined described unauthorized carrier wave time, frequency domain resource forms.
Preferably, described second base station sends the second message and comprises described second base station described second message is sent to the first base station described at least one.
Preferably, described second base station receives the first message sent from least one first base station and comprises described second base station and receive described first message at predetermined perch channel, described predetermined perch channel by predetermined described unauthorized carrier wave time, frequency domain resource forms.。
According to a third aspect of the invention we, propose a kind of is the method for user equipment allocation resource in the second base station of LTE communication system, wherein, described resource belongs to unauthorized carrier wave, described method comprises: described second base station receives the 3rd message sent from described subscriber equipment, described 3rd message comprises the information of the Physical Resource Block of instruction first quantity, and the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave; Described second base station is the Physical Resource Block of described user equipment allocation second quantity, and wherein, the Physical Resource Block of described second quantity is the subset of the Physical Resource Block of described unauthorized carrier wave and non-intersect with a described first quantity Physical Resource Block; Described second base station sends the second message, and described second message comprises the information of the Physical Resource Block indicating described second quantity.
According to a forth aspect of the invention, propose a kind of method of auxiliary Resources allocation in the subscriber equipment of the second base station of LTE communication system, wherein, described resource belongs to unauthorized carrier wave, described method comprises: described subscriber equipment receives the first message sent from least one the first base station, described first message comprises the information of the Physical Resource Block of instruction first quantity, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave, wherein, described first base station and described second base station belong to different operators respectively; Described subscriber equipment sends the 3rd message to described second base station, and described 3rd message comprises the information of the Physical Resource Block indicating described first quantity.
Preferably, described subscriber equipment receives the first message sent from least one first base station and comprises described subscriber equipment and receive described first message at predetermined perch channel, described predetermined perch channel by predetermined described unauthorized carrier wave time, frequency domain resource forms.
According to a fifth aspect of the invention, propose a kind of is the equipment of user equipment allocation resource in the base station of LTE communication system, wherein, described resource belongs to unauthorized carrier wave, described equipment comprises: receiver module, receive the message comprising the information of the Physical Resource Block of instruction first quantity for described base station, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave; Distribution module is the Physical Resource Block of described user equipment allocation second quantity for described base station, and wherein, the Physical Resource Block of described second quantity is the subset of the Physical Resource Block of described unauthorized carrier wave and non-intersect with a described first quantity Physical Resource Block; Sending module, sends the second message for described base station, and described second message comprises the information of the Physical Resource Block indicating described second quantity.
According to a sixth aspect of the invention, propose a kind of equipment of auxiliary Resources allocation in the subscriber equipment of the second base station of LTE communication system, wherein, described resource belongs to unauthorized carrier wave, described equipment comprises: receiver module, the first message sent from least one the first base station is received for described subscriber equipment, described first message comprises the information of the Physical Resource Block of instruction first quantity, the Physical Resource Block of described first quantity is the subset that the physical resource of described unauthorized carrier wave is determined, wherein, described first base station and described second base station belong to different operators respectively, sending module, send the 3rd message for described subscriber equipment to described second base station, described 3rd message comprises the information of the Physical Resource Block indicating described first quantity.
In the present invention, distribute by the Resource Block of whole unauthorized carrier frequency band is divided into different subsets, thus guarantee that each operator can obtain applicable Radio Resource; By sending resource allocation information by base station, ensure that the Resourse Distribute between different operators can not conflict; By carrying out further Resourse Distribute by base station according to existing resource allocation information, maintain the centralized resources distribution mechanism of LTE system; Only need introduce a small amount of signaling simultaneously, thus farthest keep with existing specification compatible.
Accompanying drawing explanation
Read the following detailed description to non-limiting example by referring to accompanying drawing, further feature of the present invention, object and advantage will be more obvious.
Fig. 1 shows the schematic diagram that a kind of PRB pattern according to the present invention divides;
Fig. 2 shows the flow chart of the method according to a kind of distributing radio resource in LTE communication system of the present invention;
Fig. 3 shows the flow chart of another kind according to the present invention method of distributing radio resource in LTE communication system;
Fig. 4 shows the flow chart of another kind according to the present invention method of distributing radio resource in LTE communication system;
Fig. 5 shows the flow chart of the method according to a kind of auxiliary distributing radio resource in LTE communication system of the present invention;
Fig. 6 shows the block diagram of the equipment according to a kind of distributing radio resource in LTE communication system of the present invention;
Fig. 7 shows the block diagram of the equipment according to a kind of auxiliary distributing radio resource in LTE communication system of the present invention.
Wherein, same or analogous Reference numeral represents same or analogous steps characteristic or device/module.
Embodiment
In the specific descriptions of following preferred embodiment, with reference to the accompanying drawing formed appended by a part of the present invention.Appended accompanying drawing shows by way of example and can realize specific embodiment of the present invention.The embodiment of example is not intended to limit according to all embodiments of the present invention.Be appreciated that under the prerequisite not departing from scope of the present invention, other embodiments can be utilized, also can carry out amendment that is structural or logicality.Therefore, following specific descriptions are also nonrestrictive, and scope of the present invention limited by appended claim.
First, there is the region that a LTE communication system covers, in this region, can comprise base station and the UE of more than one operator simultaneously in application according to the present invention scene.Other unauthorized carrier wave is also there is in this this region external.And when the base station of above-mentioned multiple operator is all want to carry out allocation of radio resources on this unauthorized carrier wave, lack coordination mechanism due between the base station that these belong to different operators, therefore may cause the conflict of Resourse Distribute.For this reason, the present invention proposes and this unauthorized Physical Resource Block (Physicalresourceblock is called for short PRB) is divided into different subsets, the base station of each operator is according to the demand of business, select corresponding subset allocation to respective UE, thus effectively avoid situation about clashing.
On this basis, according to one embodiment of present invention, propose a kind of in the first base station of LTE communication system for UE distributes the method for unauthorized carrier resource.Concrete:
First for this UE distributes the PRB of the first quantity, wherein, the PRB of this first quantity is the subset of the PRB of this unauthorized carrier wave; Such object had both ensured UE to provide continuous print resource in time domain to meet the demand of voice class business, and reserve part frequency domain resource can for other operator again simultaneously.
Second step, this first base station sends the information that the first message is used to indicate the PRB of above-mentioned first quantity of having distributed; This part PRB can not be selected when the effect of this first message is and guarantees that the base station of other operators carries out Resourse Distribute again, thus avoid the generation of conflict.
The first message above can use various possible mode to indicate the PRB of the first quantity, such as, can be that the mode of bitmap (bitmap) indicates.And preferred, in order to reduce signaling consumption, in advance the PRB of whole unauthorized carrier wave can be divided into multiple different pattern (pattern), as shown in Figure 1.Each pattern represents a PRB subset, and the first base station is when carrying out Resourse Distribute, namely from above-mentioned pattern, selects one and distributes to UE; Corresponding, in above-mentioned first message, which pattern only need indicate has been by what select, thus decreases the information needing transmission.
Further, in the first message, can also send the information of the duration of instruction this Resource Allocation Formula, this information can be used for other base station to take in when carrying out follow-up Resourse Distribute.
As preferably, the present invention proposes can comprise First ray in above-mentioned first message, simultaneously the effect of this First ray indicates above-mentioned pattern distribution and the information of duration, and like this, only need send a sequence just can send out these two information simultaneously.Concrete, these information can be obtained with following formula according to the value of this First ray:
Wherein, I sequencerepresent the value of this First ray, I patternrepresent the pattern of this sub-distribution; T patternrepresent the duration of this sub-distribution; N patternrepresent total number of pattern, N rootrepresent total number of this First ray value. represent downward rounding operation.
Further, the first base station can in this first message of the upper broadcast of a predetermined perch channel (flagchannel); The advantage adopting broadcast mode to send is that the first base station can without the need to knowing whether that the base station of other operators in addition coexists with it.Concrete, this flagchannel by this unauthorized carrier wave predetermined time, frequency domain resource forms, such as can arrange always to use the PRB of the mid portion of this unauthorized carrier wave frequency range as flagchannel or always use the PRB of marginal portion of this unauthorized carrier wave frequency range as flagchannel.Which kind of broadcast mode of concrete employing does not affect effect of the present invention, such as, can be periodic broadcast can be lasting broadcast yet, can also define different flagchannel etc., all belong to the scope of protection of the invention to different operators.
Alternatively, this first message also directly can be sent at least one second base station belonging to different operators by air interface by the first base station.This mode requires the first base station first to know, and the relevant information that the second base station exists, advantage are that the specific aim sent is higher, more accurate.
Figure 2 illustrate the flow chart carrying out Resourse Distribute according to above-described embodiment, comprising:
S21. described first base station is the Physical Resource Block of described user equipment allocation first quantity, and wherein, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave;
S22. described first base station sends the first message, and described first message comprises the information of the Physical Resource Block indicating described first quantity.
According to another embodiment of the invention, propose a kind of in the second base station of LTE communication system for UE distributes the method for unauthorized carrier resource.Concrete:
First this second base station receives the first message sent from least one the first base station, this first message comprises the information of the PRB of instruction first quantity, and the PRB of this first quantity is the subset of the PRB of described unauthorized carrier wave, wherein, the first base station and the second base station belong to different operators respectively; Namely first the second base station receives the information of the PRB that the first base station has been distributed;
Second step, this second base station is the PRB that UE distributes the second quantity, and the PRB of this second quantity is also the subset of the PRB of above-mentioned unauthorized carrier wave and non-intersect with the first quantity PRB; Namely the second base station selects a subset to distribute to UE from remaining PRB
3rd step, this second base station sends the second message, and this second message is used to indicate the information of the PRB of this second quantity; Same, when this second message is for follow-up Resourse Distribute.
Similar with previous embodiment, further, can be to carry out the division of PRB with pattern form.At this moment, just to comprise in the first message that the second base station receives by the information of pattern selected, and during the second base station assigns resource, just need to select from remaining pattern one with by the disjoint pattern of pattern selected.Equally, the information of this disjoint pattern of instruction is also comprised in the second message of transmission.
Same, the information of duration can be comprised in the second message; Pattern and duration can be represented by second sequence simultaneously; The second message can be broadcasted by flagchannel; Also the second message can directly be sent to the first base station.Below all similar with previous embodiment, repeat no more.
And the second base station also can be receive from flagchannel when receiving the first message.
Figure 3 show the flow chart carrying out Resourse Distribute according to above-described embodiment, comprising:
S31. described second base station receives the first message sent from least one the first base station;
S32. described second base station is the Physical Resource Block of described user equipment allocation second quantity;
S33. described second base station sends the second message.
According to another embodiment of the invention, propose a kind of in the second base station of LTE communication system for UE distributes the method for unauthorized carrier resource.The difference of this embodiment and second embodiment is, the second base station be not by receive from first base station send the first message, know the information of the resource of having distributed, but receive from UE send the 3rd message know.Namely the reception of flagchannel has not been come by the second base station.Concrete:
This second base station receives the 3rd message sent from UE, and described 3rd message comprises the information of the PRB of instruction first quantity, and the PRB of described first quantity is the subset of the PRB of described unauthorized carrier wave;
Second step, this second base station is the PRB that UE distributes the second quantity, and the PRB of this second quantity is also the subset of the PRB of above-mentioned unauthorized carrier wave and non-intersect with the first quantity PRB; Namely the second base station selects a subset to distribute to UE from remaining PRB
3rd step, this second base station sends the second message, and this second message is used to indicate the information of the PRB of this second quantity; Same, when this second message is for follow-up Resourse Distribute.
Fig. 4 illustrate the flow chart carrying out Resourse Distribute according to above-described embodiment, comprising:
S41. described second base station receives the 3rd message sent from UE;
S42. described second base station is the Physical Resource Block of described user equipment allocation second quantity;
S43. described second base station sends the second message.
According to another embodiment of the invention, a kind of method of auxiliary Resources allocation in the UE of the second base station of LTE communication system is proposed.Namely receive flagchannel by the UE of the second base station, then notify the information of the resource that the second base station has been distributed.Concrete:
First this UE receives the first message sent from least one the first base station, this first message comprises the information of the PRB of instruction first quantity, and the PRB of this first quantity is the subset of the PRB of this unauthorized carrier wave, wherein, the first base station and the second base station belong to different operators respectively;
Then, this UE sends the 3rd message to the second base station, and the 3rd message comprises the information of the PRB of instruction first quantity.
Further, UE be by this unauthorized carrier wave predetermined time, the flagchannel that forms of frequency domain resource receives the first message.
Fig. 5 illustrate the flow chart distributed according to above-described embodiment auxiliary resources, comprising:
S51. described UE receives the first message sent from the first base station;
S52. described UE sends the 3rd message to the second base station.
Below come again to introduce the equipment corresponding with said method provided by the present invention by reference to the accompanying drawings, in view of the steps characteristic in unit/device characteristic wherein and said method has corresponding relation, will conform to the principle of simplicity.
Figure 6 show according to of the present invention a kind of be the equipment 60 of user equipment allocation resource in the base station of LTE communication system, wherein, described resource belongs to unauthorized carrier wave, and described equipment comprises:
Receiver module 6001, receive the message comprising the information of the Physical Resource Block of instruction first quantity for described base station, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave;
Distribution module 6002, for the Physical Resource Block that described base station is described user equipment allocation second quantity, wherein, the Physical Resource Block of described second quantity is the subset of the Physical Resource Block of described unauthorized carrier wave and non-intersect with a described first quantity Physical Resource Block;
Sending module 6003, sends the second message for described base station, and described second message comprises the information of the Physical Resource Block indicating described second quantity.
Figure 7 show the equipment 70 according to a kind of auxiliary Resources allocation in the subscriber equipment of the second base station of LTE communication system of the present invention, wherein, described resource belongs to unauthorized carrier wave, and described equipment comprises:
Receiver module 7001, the first message sent from least one the first base station is received for described subscriber equipment, described first message comprises the information of the Physical Resource Block of instruction first quantity, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave, wherein, described first base station and described second base station belong to different operators respectively;
Sending module 7002, send the 3rd message for described subscriber equipment to described second base station, described 3rd message comprises the information of the Physical Resource Block indicating described first quantity.
Be described embodiments of the invention above, but the present invention is not limited to specific system, equipment and concrete agreement, those skilled in that art can make various distortion or amendment within the scope of the appended claims.
The those skilled in the art of those the art can pass through research specification, disclosed content and accompanying drawing and appending claims, understand and implement other changes to the execution mode disclosed.In the claims, word " comprises " element and step of not getting rid of other, and wording " one " does not get rid of plural number.In the present invention, " first ", " second " only represent title, do not represent orbution.In the practical application of invention, the function of the multiple technical characteristics quoted during a part possibility enforcement of rights requires.Any Reference numeral in claim should not be construed as the restriction to scope.

Claims (20)

1. be a method for user equipment allocation resource in the first base station of LTE communication system, wherein, described resource belongs to unauthorized carrier wave, and described method comprises:
Described first base station is the Physical Resource Block of described user equipment allocation first quantity, and wherein, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave;
Described first base station sends the first message, and described first message comprises the information of the Physical Resource Block indicating described first quantity.
2. method according to claim 1, also comprises, and the Physical Resource Block of described unauthorized carrier wave is divided into multiple pattern, and each described pattern represents a subset of the Physical Resource Block of described unauthorized carrier wave;
The Physical Resource Block that described first base station is described user equipment allocation first quantity comprises for a pattern in multiple pattern described in described user equipment allocation;
The information of the Physical Resource Block of described first quantity of described instruction comprises the information that a described pattern of described subscriber equipment is distributed in instruction.
3. method according to claim 2, wherein, described first message also comprises the information indicating described resource assignment duration.
4. method according to claim 3, wherein, described first message comprises First ray, distributes to the information of a described pattern and the information of described resource assignment duration of described subscriber equipment described in described First ray indicates simultaneously.
5. method according to claim 1, wherein, described first base station sends the first message and comprises described first base station on predetermined perch channel, broadcast described first message.
6. method according to claim 6, wherein, described predetermined perch channel by predetermined described unauthorized carrier wave time, frequency domain resource forms.
7. method according to claim 1, wherein, described first base station sends the first message and comprises described first base station described first message is sent at least one second base station, and described first base station and described second base station belong to different operators respectively.
8. be a method for user equipment allocation resource in the second base station of LTE communication system, wherein, described resource belongs to unauthorized carrier wave, and described method comprises:
Described second base station receives the first message sent from least one the first base station, described first message comprises the information of the Physical Resource Block of instruction first quantity, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave, wherein, described first base station and described second base station belong to different operators respectively;
Described second base station is the Physical Resource Block of described user equipment allocation second quantity, and wherein, the Physical Resource Block of described second quantity is the subset of the Physical Resource Block of described unauthorized carrier wave and non-intersect with a described first quantity Physical Resource Block;
Described second base station sends the second message, and described second message comprises the information of the Physical Resource Block indicating described second quantity.
9. method according to claim 8, also comprises, and the Physical Resource Block of described unauthorized carrier wave is divided into multiple pattern, and each described pattern represents a subset of the Physical Resource Block of described unauthorized carrier wave;
The Physical Resource Block that described second base station is described user equipment allocation second quantity comprises in multiple pattern described in described user equipment allocation and the disjoint pattern of pattern corresponding to a described first quantity Physical Resource Block;
The information of the Physical Resource Block of described second quantity of described instruction comprises the information that a described disjoint pattern of described subscriber equipment is distributed in instruction.
10. method according to claim 9, wherein, described second message also comprises the information indicating described resource assignment duration.
11. methods according to claim 10, wherein, described second message comprises the second sequence, distributes to the information of a described disjoint pattern and the information of described resource assignment duration of described subscriber equipment described in described second sequence indicates simultaneously.
12. methods according to claim 8, wherein, described second base station sends the second message and comprises described second base station on predetermined perch channel, broadcast described second message.
13. methods according to claim 12, wherein, described predetermined perch channel by predetermined described unauthorized carrier wave time, frequency domain resource forms.
14. methods according to claim 8, wherein, described second base station sends the second message and comprises described second base station described second message is sent to the first base station described at least one.
15. methods according to claim 8, wherein, described second base station receives the first message sent from least one first base station and comprises described second base station and receive described first message at predetermined perch channel, described predetermined perch channel by predetermined described unauthorized carrier wave time, frequency domain resource forms.
16. 1 kinds is the method for user equipment allocation resource in the second base station of LTE communication system, and wherein, described resource belongs to unauthorized carrier wave, and described method comprises:
Described second base station receives the 3rd message sent from described subscriber equipment, and described 3rd message comprises the information of the Physical Resource Block of instruction first quantity, and the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave;
Described second base station is the Physical Resource Block of described user equipment allocation second quantity, and wherein, the Physical Resource Block of described second quantity is the subset of the Physical Resource Block of described unauthorized carrier wave and non-intersect with a described first quantity Physical Resource Block;
Described second base station sends the second message, and described second message comprises the information of the Physical Resource Block indicating described second quantity.
The method of 17. 1 kinds of auxiliary Resources allocation in the subscriber equipment of the second base station of LTE communication system, wherein, described resource belongs to unauthorized carrier wave, and described method comprises:
Described subscriber equipment receives the first message sent from least one the first base station, described first message comprises the information of the Physical Resource Block of instruction first quantity, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave, wherein, described first base station and described second base station belong to different operators respectively;
Described subscriber equipment sends the 3rd message to described second base station, and described 3rd message comprises the information of the Physical Resource Block indicating described first quantity.
18. methods according to claim 17, wherein, described subscriber equipment receives the first message sent from least one first base station and comprises described subscriber equipment and receive described first message at predetermined perch channel, described predetermined perch channel by predetermined described unauthorized carrier wave time, frequency domain resource forms.
19. 1 kinds is the equipment of user equipment allocation resource in the base station of LTE communication system, and wherein, described resource belongs to unauthorized carrier wave, and described equipment comprises:
Receiver module, receive the message comprising the information of the Physical Resource Block of instruction first quantity for described base station, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave;
Distribution module is the Physical Resource Block of described user equipment allocation second quantity for described base station, and wherein, the Physical Resource Block of described second quantity is the subset of the Physical Resource Block of described unauthorized carrier wave and non-intersect with a described first quantity Physical Resource Block;
Sending module, sends the second message for described base station, and described second message comprises the information of the Physical Resource Block indicating described second quantity.
The equipment of 20. 1 kinds of auxiliary Resources allocation in the subscriber equipment of the second base station of LTE communication system, wherein, described resource belongs to unauthorized carrier wave, and described equipment comprises:
Receiver module, the first message sent from least one the first base station is received for described subscriber equipment, described first message comprises the information of the Physical Resource Block of instruction first quantity, the Physical Resource Block of described first quantity is the subset of the Physical Resource Block of described unauthorized carrier wave, wherein, described first base station and described second base station belong to different operators respectively;
Sending module, send the 3rd message for described subscriber equipment to described second base station, described 3rd message comprises the information of the Physical Resource Block indicating described first quantity.
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