CN105210398A

CN105210398A - Resource processing method and resource processing apparatus

Info

Publication number: CN105210398A
Application number: CN201380001654.XA
Authority: CN
Inventors: 邹志强; 任瑞香; 刘斌; 徐波; 蒋培刚
Original assignee: Huawei Technologies Co Ltd
Current assignee: XFusion Digital Technologies Co Ltd
Priority date: 2013-10-28
Filing date: 2013-10-28
Publication date: 2015-12-30
Anticipated expiration: 2033-10-28
Also published as: CN105210398B; WO2015061935A1

Abstract

Provided in the embodiment of the present invention are a resource processing method and apparatus. The method comprises: determining to-be-shared time-frequency resources; determining a time-frequency resource of a first system from the to-be-shared time-frequency resources, the time-frequency resource of the first system being used for information interaction between a first base station in the first system and user equipment served by the first base station, the first system being a 2G system or 3G system; determining an time-frequency resource allocable to a second system on the basis of the to-be-shared time-frequency resources and the time-frequency resource of the first system, the time-frequency resource allocable to the second system belonging to the to-be-shared time-frequency resources and not overlapping the time-frequency resource of the first system; and on the basis of the time-frequency resource allocable to the second system, determining a time-frequency resource used for a second base station of the second system to send an uplink HARQ indication, the second system being an LTE system or LTE-A system. The embodiment of the present invention enables resource sharing and avoidance of interferences.

Description

Resource processing method and resource processing apparatus

Method for processing resource and resource processing engineering device technique field

The present invention relates to the communications field, and more particularly, to a kind of method for processing resource and resource processing unit.Background technology

With the growing demand of communication service, running time-frequency resource becomes under more and more tighter condition in the world, and resource-sharing has turned into the important means that each operator strives unexpectedly.

How to realize that running time-frequency resource is shared, as a urgent problem to be solved.The content of the invention

The embodiment of the present invention provides a kind of method for processing resource and device, can solve the problem that the interference problem between different system, makes different system being capable of proper communication under frequency language secret sharing.

First aspect there is provided a kind of method for processing resource, including：

Determine running time-frequency resource to be shared；

From the running time-frequency resource to be shared, determine the running time-frequency resource of the first system, the first base station that the running time-frequency resource of the first system is used in the first system carries out information exchange with the user equipment that the first base station is serviced, and the first system is Generation Mobile Telecommunication System 2G systems or 3G (Third Generation) Moblie 3G systems；Running time-frequency resource based on the running time-frequency resource and the first system to be shared, it is determined that can for distribution to second system running time-frequency resource, this can belong to the running time-frequency resource to be shared and misaligned with the running time-frequency resource of the first system for distribution to the running time-frequency resource of second system；

Based on this can for distribution to second system running time-frequency resource, it is determined that the second base station for the second system sends the running time-frequency resource that uplink hybrid automatic repeat request HARQ is indicated, wherein, the second system is Long Term Evolution LTE system or enhanced Long Term Evolution lte-a system.

With reference in a first aspect, in the first possible implementation of first aspect, the running time-frequency resource of the determination the first system, including：

The carrier wave used according to needed for the user equipment that the first base station and the first base station are serviced carries out information exchange, the time-frequency location and the first system of the required carrier wave used whether frequency hopping, from the running time-frequency resource to be shared, the running time-frequency resource of the first system is determined. With reference in a first aspect, or first aspect the first possible implementation, in second of possible implementation of first aspect, the determination can for distribution to second system running time-frequency resource, including：Based on the first base station and the whether same location in second base station, the first base station carries out the power of information exchange with the user equipment that the first base station is serviced, at least one of power of ascending HARQ instruction is sent with second base station, from the running time-frequency resource to be shared, it is determined that interval running time-frequency resource；

Based on the running time-frequency resource to be shared, the running time-frequency resource of the first system and the interval running time-frequency resource, determine this can for distribution to second system running time-frequency resource.

With reference in a first aspect, or first aspect the first or second of possible implementation, in the third possible implementation of first aspect, the second base station that the determination is used for the second system sends the running time-frequency resource that ascending HARQ is indicated, including：

Based on the running time-frequency resource to be shared, the mark ID set of the first Physical HARQ Indicator Channel PHICH groups is determined, wherein, the PHICH groups ID that the first PHICH groups ID set is configured needed for the first community ID by second base station is constituted；

Based on this can for distribution to second system running time-frequency resource, this first ' ", area ID and the first PHICH groups ID set; determine the first PHICH group ID subclass from the first PHICH groups ID set; and determine that the first PHICH group ID subclass corresponding first can use PHICH running time-frequency resources; wherein, this first can use PHICH running time-frequency resources belong to this can for distribution to second system running time-frequency resource；The first available PHICH running time-frequency resources are defined as sending to the corresponding user equipmenies of first community ID for the second base station of the second system to the PHICH running time-frequency resources of ascending HARQ instruction.

With reference to the third possible implementation of first aspect, in the 4th kind of possible implementation of first aspect, the PHICH group ID subclass of determination the first, including：

It caused may be disturbed based on the corresponding PUSCH original positions of each PHICH group ID in the first PHICH groups ID set, all or part PHICH groups ID determined from the first PHICH groups ID set;

Based on this can for distribution to second system running time-frequency resource, this first ' ", area ID and this first

All or part of PHICH groups ID in PHICH groups ID set, determines the first PHICH group ID subclass.

With reference to the third or the 4th kind of possible implementation of first aspect, in the 5th kind of possible implementation of first aspect, before the corresponding first available PHICH running time-frequency resources of the PHICH group ID subclass of determination the first, the second base station that the determination is used for the second system sends the running time-frequency resource that ascending HARQ is indicated, in addition to： When the PHICH groups ID that the first PHICH group ID subclass includes is less than first threshold and/or more than Second Threshold, first PHICH groups ID set is adjusted based on the running time-frequency resource to be shared, and the first PHICH group ID subclass is redefined from the first PHICH groups ID set after adjustment.

With reference to first aspect the third, the 4th kind or the 5th kind of possible implementation, in the 6th kind of possible implementation of first aspect, when the first available PHICH running time-frequency resources can not meet the running time-frequency resource needed for second base station is indicated to the corresponding user equipment transmission ascending HARQs of first community ID, the determination also includes for the running time-frequency resource that the second base station of the second system sends uplink hybrid automatic repeat request HARQ instructions：

The CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, perform resource impact to obtain the first CCE resource collections on the running time-frequency resource to be shared；

Determine the first remaining running time-frequency resource, the first remaining running time-frequency resource is that this can remove the running time-frequency resource outside the first PHICH running time-frequency resources for distribution to the running time-frequency resource of second system, the first PHICH running time-frequency resources be this first ' ", the PHICH running time-frequency resources of area ID and the first PHICH groups ID set determinations can be for distribution to the overlapping part of the running time-frequency resource of second system with this；

Based on the first remaining running time-frequency resource, and the first CCE resource collection, determine that the first CCE subset of resources is closed from the first CCE resource collections, in order to which second base station to the corresponding user equipmenies of first community ID in addition to sending ascending HARQ by the first available PHICH resource and indicating, respective resources in also being closed by the first CCE subset of resources send ascending HARQ to the corresponding user equipmenies of first community ID and indicated, wherein, resource during first CCE subset of resources is closed belongs to the first remaining running time-frequency resource, the respective resources during first CCE subset of resources is closed are used to carry the ascending HARQ instruction that second base station is sent to the corresponding user equipmenies of first community ID.

With reference to the 6th kind of possible implementation of first aspect, in the 7th kind of possible implementation of first aspect, the running time-frequency resource that the second base station transmission ascending HARQ that the determination is used for the second system is indicated also includes：

In the conjunction of the first CCE subset of resources, it is less than each self-corresponding 3rd threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more user equipmenies and each required CCE resource sizes is when being less than each self-corresponding four threshold value, the CCE resource sizes configured needed for adjusting one or more user equipmenies each；

According to one or more user equipmenies each needed for needed for other users equipment in addition to one or more user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID The CCE resource sizes of configuration, perform first CCE resource collection of the resource impact to be adjusted on the running time-frequency resource to be shared；

The conjunction of the first CCE subset of resources is redefined from the first CCE resource collections after adjustment.With reference in a first aspect, or first aspect the first or second of possible implementation, in the 8th kind of possible implementation of first aspect, the second base station that the determination is used for the second system sends the running time-frequency resource that ascending HARQ is indicated, including：

The CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, perform resource impact to obtain the 2nd CCE resource collections on the running time-frequency resource to be shared；

Based on this can for distribution to second system running time-frequency resource, and the 2nd CCE resource collection, determine that the 2nd CCE subset of resources is closed from the 2nd CCE resource collections, respective resources in being closed in order to second base station by the 2nd CCE subset of resources send ascending HARQ to the corresponding user equipmenies of first community ID and indicated, 2nd CCE subset of resources close in resource belong to this can for distribution to second system running time-frequency resource, the respective resources during 2nd CCE subset of resources is closed are used to carry the ascending HARQ instruction that second base station is sent to the corresponding user equipmenies of first community ID.

With reference to the 8th kind of possible implementation of first aspect, in the 9th kind of possible implementation of first aspect, the running time-frequency resource that the second base station transmission ascending HARQ that the determination is used for the second system is indicated also includes：

In the conjunction of the 2nd CCE subset of resources, it is less than each self-corresponding 5th threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more user equipmenies and each required CCE resource sizes is when being less than each self-corresponding six threshold value, the CCE resource sizes configured needed for adjusting one or more user equipmenies each；

According to one or more user equipmenies each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, twoth CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

The conjunction of the 2nd CCE subset of resources is redefined from the 2nd CCE resource collections after adjustment.Second aspect there is provided a kind of resource processing unit, including：

First determining unit, for determining running time-frequency resource to be shared；

Second determining unit, for from the running time-frequency resource to be shared, determining the running time-frequency resource of the first system, the running time-frequency resource of the first system is for the first base station in the first system and first base station service User equipment carries out information exchange, and the first system is Generation Mobile Telecommunication System 2G systems or 3G (Third Generation) Moblie 3G systems；

3rd determining unit, for the running time-frequency resource based on the running time-frequency resource and the first system to be shared, it is determined that can for distribution to second system running time-frequency resource, this can belong to the running time-frequency resource to be shared and misaligned with the running time-frequency resource of the first system for distribution to the running time-frequency resource of second system；

4th determining unit, for based on this can for distribution to second system running time-frequency resource, it is determined that the second base station for the second system sends the running time-frequency resource that uplink hybrid automatic repeat request HARQ is indicated, wherein, the second system is Long Term Evolution LTE system or enhanced Long Term Evolution lte-a system.

With reference to second aspect, in the first possible implementation of second aspect, second determining unit specifically for：

The carrier wave used according to needed for the user equipment that the first base station and the first base station are serviced carries out information exchange, the time-frequency location and the first system of the required carrier wave used whether frequency hopping, from the running time-frequency resource to be shared, the running time-frequency resource of the first system is determined.

With reference to the first possible implementation of second aspect, or second aspect, in second of possible implementation of second aspect, the 3rd determining unit specifically for：

Based on the first base station and the whether same location in second base station, the first base station carries out the power of information exchange with the user equipment that the first base station is serviced, at least one of power of ascending HARQ instruction is sent with second base station, from the running time-frequency resource to be shared, it is determined that interval running time-frequency resource；

With reference to second aspect, or second aspect the first or second of possible implementation, in the third possible implementation of second aspect, the 4th determining unit includes：

First determination subelement, for based on the running time-frequency resource to be shared, determine that the first physics HARQ indicates the mark ID set of channel PHICH groups, wherein, the PHICH groups ID that the first PHICH groups ID set is configured needed for the first community ID by second base station is constituted；

Second determination subelement, for that can be gathered based on this for distribution to the running time-frequency resource of second system, first community ID and the first PHICH groups ID, the first PHICH group ID subclass is determined from the first PHICH groups ID set, and determine the corresponding first available PHICH running time-frequency resources of the first PHICH group ID subclass, wherein, the first available PHICH running time-frequency resources belong to this can for distribution to second system running time-frequency resource；

3rd determination subelement, for by the first available PHICH running time-frequency resources be defined as being used for this Second base station of two system sends the PHICH running time-frequency resources that ascending HARQ is indicated to the corresponding user equipmenies of first community ID.

With reference to the third possible implementation of second aspect, in the 4th kind of possible implementation of second aspect, second determination subelement specifically for：

Based on this can for distribution to second system running time-frequency resource, this first ' ", area ID and the first PHICH groups ID set in all or part of PHICH groups ID, determine the first PHICH group ID subclass.

With reference to the third or the 4th kind of possible implementation of second aspect, in the 5th kind of possible implementation of second aspect, the 4th determining unit also includes：

First adjustment subelement, it is less than first threshold for the PHICH groups ID that includes in the first PHICH group ID subclass and/or during more than Second Threshold, first PHICH groups ID set is adjusted based on the running time-frequency resource to be shared, and the first PHICH group ID subclass is redefined from the first PHICH groups ID set after adjustment.

With reference to second aspect the third, the 4th kind or the 5th kind of possible implementation, in the 6th kind of possible implementation of second aspect, the 4th determining unit also includes：

First mapping subelement, for the CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, performs resource impact to obtain the first CCE resource collections on the running time-frequency resource to be shared；

4th determination subelement, for determining the first remaining running time-frequency resource, the first remaining running time-frequency resource is that this can remove the running time-frequency resource outside the first PHICH running time-frequency resources for distribution to the running time-frequency resource of second system, and the first PHICH running time-frequency resources are first community ID can be for distribution to the overlapping part of the running time-frequency resource of second system with the PHICH running time-frequency resources of the first PHICH groups ID set determinations with this；5th determination subelement, for based on the first remaining running time-frequency resource, and the first CCE resource collection, determine that the first CCE subset of resources is closed from the first CCE resource collections, in order to which second base station to the corresponding user equipmenies of first community ID in addition to sending ascending HARQ by the first available PHICH resource and indicating, respective resources in also being closed by the first CCE subset of resources send ascending HARQ to the corresponding user equipmenies of first community ID and indicated, wherein, resource during first CCE subset of resources is closed belongs to the first remaining running time-frequency resource, during first CCE subset of resources is closed The respective resources are used to carry the ascending HARQ instruction that second base station is sent to the corresponding user equipmenies of first community ID.

With reference to the 6th kind of possible implementation of second aspect, in the 7th kind of possible implementation of second aspect, the 4th determining unit also includes：

Second adjustment subelement, for in the conjunction of the first CCE subset of resources, it is less than each self-corresponding 3rd threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more user equipmenies and each required CCE resource sizes is when being less than each self-corresponding four threshold value, the CCE resource sizes configured needed for adjusting one or more user equipmenies each；

Second mapping subelement, for according to one or more user equipmenies each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, first CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

6th determination subelement, is closed for redefining the first CCE subset of resources from the first CCE resource collections after adjustment.

With reference to second aspect, or second aspect the first or second of possible implementation, in the 8th kind of possible implementation of second aspect, the 4th determining unit includes：

3rd mapping subelement, for the CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, performs resource impact to obtain the 2nd CCE resource collections on the running time-frequency resource to be shared；

7th determination subelement, for based on this can for distribution to second system running time-frequency resource, and the 2nd CCE resource collection, determine that the 2nd CCE subset of resources is closed from the 2nd CCE resource collections, respective resources in being closed in order to second base station by the 2nd CCE subset of resources send ascending HARQ to the corresponding user equipmenies of first community ID and indicated, 2nd CCE subset of resources close in resource belong to this can for distribution to second system running time-frequency resource, the respective resources during 2nd CCE subset of resources is closed are used to carry the ascending HARQ instruction that second base station is sent to the corresponding user equipmenies of first community ID.

With reference to the 8th kind of possible implementation of second aspect, in the 9th kind of possible implementation of second aspect, the 4th determining unit also includes：

3rd adjustment subelement, in the conjunction of the 2nd CCE subset of resources, being less than in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment respective Corresponding 5th threshold value, or the ratio of the respective CCE resource sizes of one or more user equipmenies and each required CCE resource sizes is when being less than each self-corresponding six threshold value, the CCE resource sizes configured needed for adjusting one or more user equipmenies each；

4th mapping subelement, for according to one or more user equipmenies each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, twoth CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

8th determination subelement, is closed for redefining the 2nd CCE subset of resources from the 2nd CCE resource collections after adjustment.

The third aspect is used to call the program code there is provided a kind of resource processing unit, including memory and processor, memory processing batch processing code, the processor, performs following operate：

Determine running time-frequency resource to be shared；

With reference to the third aspect, in the first possible implementation of the third aspect, the processor is used to call the program code, specific to perform following operate：

With reference to the first possible implementation of the third aspect, or the third aspect, in second of possible implementation of the third aspect, the processor is used to call the program code, specific to perform following operate：Based on the first base station and the whether same location in second base station, the first base station carries out the power of information exchange with the user equipment that the first base station is serviced, at least one of power of ascending HARQ instruction is sent with second base station, from the running time-frequency resource to be shared, it is determined that interval running time-frequency resource； Based on the running time-frequency resource to be shared, the running time-frequency resource of the first system and the interval running time-frequency resource, determine this can for distribution to second system running time-frequency resource.

With reference to the third aspect, or the third aspect the first or second of possible implementation, in the third possible implementation of the third aspect, the processor is used to call the program code, specific to perform following operate：

With reference to the third possible implementation of the third aspect, in the 4th kind of possible implementation of the third aspect, the processor is used to call the program code, specific to perform following operate：

With reference to the third or the 4th kind of possible implementation of the third aspect, in the 5th kind of possible implementation of the third aspect, the processor is used to call the program code, specific to perform following operate：When the PHICH groups ID that the first PHICH group ID subclass includes is less than first threshold and/or more than Second Threshold, first PHICH groups ID set is adjusted based on the running time-frequency resource to be shared, and the first PHICH group ID subclass is redefined from the first PHICH groups ID set after adjustment.

With reference to the third aspect the third, the 4th kind or the 5th kind of possible implementation, in the 6th kind of possible implementation of the third aspect, the processor is used to call the program code, specific to perform following operate：

The CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, are treated altogether at this Enjoy and perform resource impact on running time-frequency resource to obtain the first CCE resource collections；

With reference to the 6th kind of possible implementation of the third aspect, in the 7th kind of possible implementation of the third aspect, the processor is used to call the program code, specific to perform following operate：

According to one or more user equipmenies each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, first CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

The conjunction of the first CCE subset of resources is redefined from the first CCE resource collections after adjustment.With reference to the third aspect, or the third aspect the first or second of possible implementation, in the 8th kind of possible implementation of the third aspect, the processor is used to call the program code, specific to perform following operate：

Based on this can for distribution to second system running time-frequency resource, and the 2nd CCE resource collections determine that the 2nd CCE subset of resources is closed from the 2nd CCE resource collections, in order to which second base station is logical The respective resources crossed during the 2nd CCE subset of resources is closed send ascending HARQ to the corresponding user equipmenies of first community ID and indicated, 2nd CCE subset of resources close in resource belong to this can for distribution to second system running time-frequency resource, the respective resources during the 2nd CCE subset of resources is closed are used to carrying the ascending HARQ that second base station sends to the corresponding user equipmenies of first community ID and indicate.

With reference to the 8th kind of possible implementation of the third aspect, in the 9th kind of possible implementation of the third aspect, the processor is used to call the program code, specific to perform following operate：

The conjunction of the 2nd CCE subset of resources is redefined from the 2nd CCE resource collections after adjustment.Therefore, in embodiments of the present invention, pass through running time-frequency resource to be shared, determine the running time-frequency resource of the first system, then it is subordinated in the running time-frequency resource to be shared and the running time-frequency resource misaligned with the running time-frequency resource of the first system, distributed for LTE or lte-a system base station for sending the running time-frequency resource that ascending HARQ is indicated, so as to realize resource-sharing, and the running time-frequency resource of the first system can be avoided and interfering between the running time-frequency resource that ascending HARQ is indicated is sent for the base station of second system.

Brief description of the drawings

Technical scheme in order to illustrate the embodiments of the present invention more clearly, cylinder will be made to the required accompanying drawing used in embodiment or description of the prior art below singly to introduce, apparently, drawings in the following description are only some embodiments of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is the indicative flowchart of method for processing resource according to embodiments of the present invention.

Fig. 2 is the indicative flowchart of method for processing resource according to another embodiment of the present invention.

Fig. 3 is the indicative flowchart of method for processing resource according to another embodiment of the present invention. Fig. 4 is the schematic block diagram of resource processing unit according to another embodiment of the present invention.

Fig. 5 is the schematic block diagram of resource processing unit according to another embodiment of the present invention.

Fig. 6 is the schematic block diagram of resource processing unit according to another embodiment of the present invention.

Fig. 7 is the schematic block diagram of resource processing unit according to another embodiment of the present invention.Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is a part of embodiment of the invention, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made belongs to the scope of protection of the invention.

Fig. 1 is the indicative flowchart of method for processing resource 100 according to embodiments of the present invention.As shown in Fig. 1, this method 100 includes：

S110, determines running time-frequency resource to be shared.

S120, from the running time-frequency resource to be shared, the running time-frequency resource of the first system is determined, the running time-frequency resource first base station being used in the first system and the user equipment that the first base station is serviced of the first system carry out information exchange, and the first system can be Generation Mobile Telecommunication System（ 2^nd- generation, 2G) system or 3G (Third Generation) Moblie（ 3^rf- generation, 3G) system.

S130, running time-frequency resource based on the running time-frequency resource and the first system to be shared, it is determined that can for distribution to second system running time-frequency resource, this can belong to the running time-frequency resource to be shared and misaligned with the running time-frequency resource of the first system for distribution to the running time-frequency resource of second system.

S140, based on this can for distribution to second system running time-frequency resource, it is determined that for the second system the second base station send uplink hybrid automatic repeat request（Hybrid Automatic Repeat Reques, HARQ) indicate running time-frequency resource, wherein, the second system can be Long Term Evolution（Long Term Evolution, LTE) system or enhanced Long Term Evolution（Long Term Evolution Advanced, LTE-A) system.

Resource processing unit is after running time-frequency resource to be shared is determined, can be from running time-frequency resource to be shared, first determine the running time-frequency resource of the first system, the user equipment that the base station that the running time-frequency resource of the first system is used in the first system is serviced with it carries out information exchange, and the first system can be 2G or 3G systems；Then can from the running time-frequency resource in addition to the running time-frequency resource of the first system of running time-frequency resource to be shared, it is determined that can for distribution to second system running time-frequency resource, the second system can be LTE or lte-a system；Then from can be for distribution in the running time-frequency resource of second system, it is determined that for second system Base station send ascending HARQ indicate running time-frequency resource.

Therefore, in embodiments of the present invention, pass through running time-frequency resource to be shared, determine the running time-frequency resource of the first system, then it is subordinated in the running time-frequency resource to be shared and the running time-frequency resource misaligned with the running time-frequency resource of the first system, distributed for LTE or lte-a system base station for sending the running time-frequency resource that ascending HARQ is indicated, so as to realize resource-sharing, and the running time-frequency resource of the first system can be avoided and interfering between the running time-frequency resource that ascending HARQ is indicated is sent for the base station of second system.

In embodiments of the present invention, running time-frequency resource to be shared can be used in the prior art for 2G or 3G systems, and be by 2G or 3G systems and LTE or the shared running time-frequency resource of lte-a system in the solution of the present invention.In embodiments of the present invention, the running time-frequency resource to be shared can also be new running time-frequency resource, not be the former running time-frequency resource used for 2G or 3G systems.

In embodiments of the present invention, the first base station of the first system can be whole base stations of the first system or any sort base station of the first system or any one base station of the first system.Equally, the second base station of second system can be whole base stations of second system, can be any sort base station or any one base station of second system of second system.

In embodiments of the present invention, it is determined that the first system running time-frequency resource when, the carrier wave that the user equipment that can be serviced according to the first base station and the first base station be used needed for carrying out information exchange, whether frequency hopping determines the running time-frequency resource of the first system for the time-frequency location and the first system of the required carrier wave used.

In embodiments of the present invention, it is determined that can for distribution to second system running time-frequency resource when, can be based on the first base station and the whether same location in second base station, the first base station carries out the power of information exchange with the user equipment that the first base station is serviced, at least one of power of ascending HARQ instruction is sent with second base station, from the running time-frequency resource to be shared, it is determined that interval running time-frequency resource；It is then possible to based on the running time-frequency resource to be shared, the running time-frequency resource of the first system and the interval running time-frequency resource, determine this can for distribution to second system running time-frequency resource.

For example, the base station of power and second system that the base station and its user equipment serviced that by actual test, can obtain the first system carry out information exchange sends the size of the interval running time-frequency resource of difference and/or ratio under a certain scope between the power that ascending HARQ is indicated.So as to when carrying out time-frequency resource allocating to be shared, can be according to the test result of early stage, difference and/or ratio between the power that the power and the second base station transmission ascending HARQ for carrying out information exchange according to first base station and its user equipment serviced are indicated, to determine to be spaced running time-frequency resource.

Therefore, in embodiments of the present invention, by determining interval running time-frequency resource, the running time-frequency resource and the base station for second system that can further reduce the first system send the running time-frequency resource that ascending HARQ is indicated Interference each other.

In embodiments of the present invention, the running time-frequency resource for sending ascending HARQ instruction for the second base station can be mapped to physics HARQ to indicate passage (Physical Hybrid ARQ Indicator Channel, PHICH the running time-frequency resource on), can be mapped to Physical Downlink Control Channel（Physical Downlink Control Channel, PDCCH) on running time-frequency resource, the running time-frequency resource that is mapped on PHICH and the running time-frequency resource being mapped on PDCCH can also be included simultaneously.

In embodiments of the present invention, when it is determined that the second base station for second system sends the running time-frequency resource that ascending HARQ is indicated, PHICH mappings can first be carried out, when the PHICH running time-frequency resources for carrying out PHICH mapping determinations can not meet the second base station and the running time-frequency resource needed for ascending HARQ is indicated is sent to corresponding user equipment, then from remaining running time-frequency resource（The running time-frequency resource of the first running time-frequency resource, interval running time-frequency resource and PHICH resources has been removed in running time-frequency resource to be shared）In, then PDCCH mappings are carried out, PDCCH is mapped to obtained control channel unit（Control Channel Element, CCE) respective resources in running time-frequency resource and PHICH map obtained PHICH running time-frequency resources and collectively constitute the running time-frequency resource that up instruction is sent for the second base station of second system.In embodiments of the present invention, when it is determined that the second base station for second system sends the running time-frequency resource that ascending HARQ is indicated, PDCCH mappings can also be directly carried out, PDCCH is mapped to the respective resources in obtained CCE running time-frequency resources as the second base station for second system and sends the running time-frequency resource that ascending HARQ is indicated；Certainly, PDCCH map obtained running time-frequency resource can not meet require when, PHICH mappings can also be carried out again, and PDCCH is mapped to respective resources and PHICH in obtained CCE resources and maps obtained PHICH resource collectively as the running time-frequency resource for sending ascending HARQ instruction.Certainly, in embodiments of the present invention, for the cylinder list of processing, it can also only carry out PHICH mappings or PDCCH mappings to obtain the running time-frequency resource for sending ascending HARQ instruction.

It should be understood that, respective resources in the CCE resources that mapping described above is obtained are a part of resources in the CCE running time-frequency resources that mapping is obtained, it is the resource for being used in the obtained CCE resources of mapping carry ascending HARQ instruction, this is due to that ascending HARQ indicates to need with other information by sending to user equipment together with CCE resources.

Below with reference to Fig. 2 first to carry out PHICH mappings, when the running time-frequency resource obtained in PHICH mappings can not meet the transmission of ascending HARQ instruction, then carry out describing method for processing resource 200 according to embodiments of the present invention exemplified by PDCCH mapping.

S201, determines running time-frequency resource to be shared.

S202, from the running time-frequency resource to be shared, determines the running time-frequency resource of the first system.The first system The user equipment that services of running time-frequency resource first base station and the first base station for being used in the first system carry out information exchange, the first system can be 2G systems or 3G systems, wherein, specific determination method may be referred to described above.

5203, it is determined that interval running time-frequency resource and determine can for distribution to second system running time-frequency resource, the second system can be LTE or lte-a system, wherein, specific determination method may be referred to described above.

5204, from running time-frequency resource to be shared, determine the corresponding first PHICH groups ID set of first community ID of the second base station.Wherein, the first PHICH groups ID set by this first ' ", the PHICH groups ID of configuration needed for area ID constitutes.Wherein, this first ' ", area ID can be any one cell ID in the corresponding cell ID of the first base station.

Specifically, the PHICH group ID of configuration needed for the first community ID of the second base station according to existing protocol, can be determined, wherein it is possible to determine PHICH group numbers according to equation 1 below：

Regular circulation is embedding to sew situation

W group _

1^V PHICH ―

Extended Cyclic is embedding to sew situation

Wherein, parameter is determined by the system message in the PBCH of second system,^VRB is the descending maximum RB numbers that can be dispatched of second system, and the bandwidth configured by second system is determined.

S205, from the first PHICH groups ID set, determines the first PHICH group ID subclass.Specifically, the running time-frequency resource shared by each PHICH group ID in the first PHICH groups ID set can first be determined, if there is the part or all of running time-frequency resource in the running time-frequency resource shared by some PHICH group ID be not belonging to can for distribution to second system running time-frequency resource, then some PHICH groups ID is not regard it as the PHICH groups ID in the first PHICH group ID subclass, if there is whole running time-frequency resources in the running time-frequency resource shared by another PHICH group ID belong to can for distribution to second system running time-frequency resource, then it regard another PHICH groups ID as the PHICH groups ID in the first PHICH group ID subclass.

Alternatively, in S205, it is determined that before the first PHICH group ID subclass, it is also conceivable to the corresponding Physical Uplink Shared Channels of each PHICH group ID (the Physical Uplink Shared Channel in the first PHICH groups ID set, PUSCH) original position caused may be disturbed, the less PHICH groups ID of interference caused by corresponding PUSCH original positions is selected from the first PHICH groups ID set, then, again in the less PHICH groups ID of interference from corresponding PHICH original positions ^ I, determine the first PHICH group ID subclass. Alternatively, in this embodiment, it is determined that the PHICH groups ID quantity that includes of the first PHICH group ID subclass be less than first threshold, the first PHICH groups ID set can be adjusted based on the running time-frequency resource to be shared, and the first PHICH group ID subclass is redefined from the first PHICH groups ID set after adjustment.For example, can be by increasing N_gMode increase the PHICH group ID that the first PHICH groups ID set is included, so as to accordingly increasing the PHICH groups ID included by the first PHICH group ID subclass.

Alternatively, the first threshold can be the number that the second base station is used to send the PHICH groups ID corresponding to the running time-frequency resource needed for ascending HARQ is indicated to the corresponding user equipmenies of first community ID, can also be that the second base station is used to send the number of the PHICH groups ID corresponding to percent N of the running time-frequency resource needed for ascending HARQ is indicated to the corresponding user equipmenies of first community ID, wherein, the N can map situation, or required cell serves quality reached etc. to determine according to PDCCH.

Alternatively, in this embodiment, it is determined that the PHICH groups ID quantity that includes of the first PHICH group ID subclass be more than Second Threshold when, can be adjusted based on the running time-frequency resource to be shared this first

PHICH groups ID gathers, and redefines the first PHICH group ID subclass from the first PHICH groups ID set after adjustment.For example, can be by reducing N_gMode reduce the PHICH group ID that the first PHICH groups ID set is included, so as to the PHICH groups ID included by the first PHICH group ID subclass of corresponding reduction.

Alternatively, the Second Threshold can be the number that the second base station is used to send the PHICH groups ID corresponding to the running time-frequency resource needed for ascending HARQ is indicated to the corresponding user equipmenies of first community ID, can also be that the second base station is used to send the number of the PHICH groups ID corresponding to percent M of the running time-frequency resource of the running time-frequency resource needed for ascending HARQ is indicated to the corresponding user equipmenies of first community ID, wherein, the M can map situation, or required cell serves quality reached etc. to determine according to PDCCH.

So as to, the PHICH groups ID that first PHICH group ID subclass includes is controlled within the scope of rational, avoid when the PHICH groups ID that the first PHICH group ID subclass includes is more, the problem of running time-frequency resource caused is wasted, and avoid what is included in the first PHICH group ID subclass

When PHICH groups ID is less, the service quality caused is poor, or needs more CCE running time-frequency resources to send the problem of ascending HARQ is indicated.

S206, determines the corresponding PHICH running time-frequency resources of the first PHICH group ID subclass, by first

The corresponding PHICH running time-frequency resources of PHICH group ID subclass are used as the first available PHICH running time-frequency resources, wherein, the second base station that the first available PHICH running time-frequency resources are used for the second system sends the PHICH running time-frequency resources that ascending HARQ is indicated to the corresponding user equipmenies of first community ID. 5207, determine whether the above-mentioned first available PHICH running time-frequency resources can meet second base station and send the required running time-frequency resource of ascending HARQ instruction to the corresponding user equipmenies of first community ID.Specifically, if the first available PHICH running time-frequency resources are more than or equal to the second base station sends the required running time-frequency resource of ascending HARQ instruction to the corresponding user equipmenies of first community ID, it is determined that the above-mentioned first available PHICH running time-frequency resources disclosure satisfy that second base station sends ascending HARQ to the corresponding user equipmenies of first community ID and indicates required running time-frequency resource；If the first available PHICH running time-frequency resources are less than the second base station sends the required running time-frequency resource of ascending HARQ instruction to the corresponding user equipmenies of first community ID, it is determined that the above-mentioned first available PHICH running time-frequency resources send ascending HARQ to the corresponding user equipmenies of first community ID it is impossible to meet second base station and indicate required running time-frequency resource.

If the above-mentioned first available PHICH running time-frequency resources can meet second base station and send the required running time-frequency resource of ascending HARQ instruction to the corresponding user equipmenies of first community ID, terminate flow；If can not meet, S208 is performed.

5208, the first CCE resource collections are determined based on running time-frequency resource to be shared.Specifically, the CCE resource sizes that can be configured according to needed for the corresponding user equipmenies of first community ID, perform resource impact to obtain the first CCE resource collections on the running time-frequency resource to be shared.Wherein, in the CCE resource sizes configured needed for initially determining that any user equipment, can be estimated according to the subscription data of the user equipment may send the ascending HARQ frequency indicated and the other information for needing to send together with ascending HARQ instruction according to agreement determination etc. to user equipment, and and then determine the CCE resource sizes needed for any user equipment, and the CCE resource sizes according to needed for user equipment determine the CCE resources that are configured needed for user equipment, wherein, the CCE resource sizes of configuration needed for user equipment can be n times of the CCE resource sizes needed for user equipment, n may be greater than the natural number equal to 1, determine that n value can be according to the total size of resource to be shared, it can be determined for distribution to the size of the running time-frequency resource of second system.

5209, the first remaining running time-frequency resource is determined, the first remaining running time-frequency resource is that this can remove the running time-frequency resource outside the first PHICH running time-frequency resources for distribution to the running time-frequency resource of second system, and this first

PHICH running time-frequency resources be this first ' ", area ID and the first PHICH groups ID gather the PHICH running time-frequency resources that determine can be for distribution to the overlapping part of the running time-frequency resource of second system with this.

5210, determine that the first CCE subset of resources is closed from the first CCE resource collections, in order to which second base station to the corresponding user equipmenies of the first community ID in addition to sending ascending HARQ by the described first available PHICH resource and indicating, the respective resources in also being closed by the first CCE subset of resources send ascending HARQ to the corresponding user equipmenies of the first community ID and indicated.Wherein, it is described The respective resources during first CCE subset of resources is closed are used to carry the ascending HARQ instruction that second base station is sent to the corresponding user equipmenies of the first community ID.

In embodiments of the present invention, the respective resources during the second base station is closed by the first CCE subset of resources send ascending HARQ to the corresponding user equipmenies of the first community ID and indicate to refer to：When a certain user equipment transmission ascending HARQ instruction corresponding to first community ID is needed in the second base station, the ascending HARQ being indicated to, be mapped in new data indicates（New data indicator, NDI) in bit, and by NDI bits be mapped with the bit of other information and closed by the first CCE subset of resources in CCE resources together with send to the user equipment.That is, resource during first CCE subset of resources is closed is not to be completely used for transmission ascending HARQ to indicate, it is that ascending resource is indicated and needs are indicated with the ascending resource while the other information sent, specifically sends which information may be referred to existing protocol together with ascending HARQ instruction for sending.Wherein, the respective resources during the first CCE subset of resources mentioned above is closed are the parts for being used to carry ascending HARQ instruction during the first CCE subset of resources is closed.

It is alternatively possible to only the ascending HARQ is just mapped to NDI and indicated when it is that ACK is indicated that the ascending HARQ, which is indicated, it is if NACK or DTX, then without any processing.

Alternatively, in this embodiment, in the conjunction of the first CCE subset of resources, it is less than each self-corresponding 3rd threshold value in the respective CCE resources total size of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resources total size of one or more of user equipmenies and each required CCE resources is when being less than each self-corresponding four threshold value, the CCE resource sizes configured needed for adjusting one or more of user equipmenies each；And according to one or more of user equipmenies after adjustment each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more of user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, the first CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；And the first CCE subset of resources conjunction is redefined from the first CCE resource collections after adjustment.It should be understood that during the CCE resource sizes of user equipment refer to that CCE subset of resources is closed, can be used for the CCE resource sizes that information is sent to the user equipment.

It should be understood that, in the present invention is implemented, each user equipment can each correspond to the 3rd threshold value and the 4th threshold value, then can be compared the respective CCE resources total size of each user equipment and each equipment each self-corresponding 3rd threshold value and the 4th threshold value.

In embodiments of the present invention, if in the first CCE resource collections redefined, the CCE sizes for still suffering from one or more user equipmenies are less than each self-corresponding 3rd threshold value, or the respective CCE resource sizes of one or more user equipmenies and the ratio of respective required CCE resources less than each corresponding Four threshold values when, can continue adjust one or more user equipmenies each needed for configuration CCE resources, until finally give the first CCE subset of resources conjunction can meet the demand of each user equipment.Certainly, in embodiments of the present invention, for the cylinder list of processing, after the CCE resources configured needed for have adjusted n times user equipment, the first obtained CCE subset of resources, which is closed, can not still meet the demand of each user equipment, adjustment can be stopped, the CCE subset of resources finally used to adjust the first obtained CCE subset of resources to be combined into for the last time is closed.

Alternatively, in this embodiment, corresponding 3rd threshold value of different user equipmenies or the 4th threshold value can be with identical, can also be different.Specifically, above-mentioned 3rd threshold value can send ascending HARQ to user equipment according to the second base station and indicate that the factors such as the running time-frequency resource being actually needed, the running time-frequency resource being mapped on PHICH, cell serves quality and resource total size are determined.In embodiments of the present invention, above-mentioned 4th threshold value can indicate that the factors such as the running time-frequency resource being actually needed, the running time-frequency resource being mapped on PHICH, cell serves quality and resource total size are determined according to ascending HARQ is sent.

So as to, in embodiments of the present invention, by the available CCE resources controls of user equipment not less than a certain threshold value, or by the Ratio control of the available CCE resources of user equipment and required CCE sizes not less than a certain threshold value, so as to avoid the CCE resources of user equipment less, it is impossible to the problem of preferably serving user equipment.

Above with reference to Fig. 2 with by for sending the running time-frequency resource of ascending HARQ to PHICH, demand can not be met if being mapped to PHICH running time-frequency resource, method for processing resource 200 according to embodiments of the present invention will be described exemplified by PHICH time-frequency resource maps to PDCCH again, below in conjunction with Fig. 3 by by for sending the time-frequency resource maps of ascending HARQ to describing method for processing resource according to embodiments of the present invention exemplified by PDCCH.

5301, determine running time-frequency resource to be shared.

5302, from the running time-frequency resource to be shared, determine the running time-frequency resource of the first system, the first base station that the running time-frequency resource of the first system is used in the first system carries out information exchange with the user equipment that the first base station is serviced, the first system is 2G systems or 3G systems, wherein, specific determination method may be referred to described above. 5303, it is determined that interval running time-frequency resource and determine can for distribution to second system running time-frequency resource, the second system can be LTE or lte-a system, wherein, specific determination method may be referred to described above.

5304, based on running time-frequency resource to be shared, determine the 2nd CCE resource collections.Specifically, the CCE resource sizes that can be configured according to needed for the corresponding user equipmenies of first community ID, perform resource impact to obtain the 2nd CCE resource collections on the running time-frequency resource to be shared.Wherein, in the CCE resource sizes configured needed for initially determining that any user equipment, can be estimated according to subscription data of the user equipment etc. may send the ascending HARQ frequency indicated and the other information for needing to send together with ascending HARQ instruction according to agreement determination etc. to user equipment, and and then determine the CCE resource sizes needed for any user equipment, and the CCE resource sizes according to needed for user equipment determine the CCE resources that are configured needed for user equipment, wherein, the CCE resource sizes of configuration needed for user equipment can be n times of the CCE resource sizes needed for user equipment, n may be greater than the natural number equal to 1, determine that n value can be according to the total size of resource to be shared, it can be determined for distribution to the size of the running time-frequency resource of second system.

S305, from the 2nd CCE resource collections, determine that the 2nd CCE subset of resources is closed, respective resources in being closed in order to second base station by the 2nd CCE subset of resources send ascending HARQ to the corresponding user equipmenies of the first community ID and indicated, the respective resources during the 2nd CCE subset of resources is closed are indicated for carrying the ascending HARQ that second base station is sent to the corresponding user equipmenies of the first community ID.

In embodiments of the present invention, the respective resources during the second base station is closed by the 2nd CCE subset of resources send ascending HARQ to the corresponding user equipmenies of the first community ID and indicate to refer to：When a certain user equipment transmission ascending HARQ instruction corresponding to first community ID is needed in the second base station, the ascending HARQ being indicated to, be mapped in new data indicates（New data indicator, NDI) in bit, and by NDI bits be mapped with the bit of other information and closed by the 2nd CCE subset of resources in CCE resources together with send to the user equipment.That is, resource during 2nd CCE subset of resources is closed is not to be completely used for transmission ascending HARQ to indicate, it is that ascending resource is indicated and needs are indicated with the ascending resource while the other information sent, specifically sends which information may be referred to existing protocol together with ascending HARQ instruction for sending.Wherein, the respective resources during the 2nd CCE subset of resources mentioned above is closed are the parts for being used to carry ascending HARQ instruction during the 2nd CCE subset of resources is closed.

It is alternatively possible to only when it is that ACK is indicated that the ascending HARQ, which is indicated, it is just that this is up

HARQ is mapped to NDI instructions, if NACK or DTX, then without any processing. Alternatively, in this embodiment, in the conjunction of the 2nd CCE subset of resources, it is less than each self-corresponding 5th threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more of user equipmenies and each required CCE resources is when being less than each self-corresponding six threshold value, the CCE resource sizes of one or more of each self-configurings of user equipment are adjusted；And according to one or more of user equipmenies each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more of user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, the twoth CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；And the 2nd CCE subset of resources conjunction is redefined from the 2nd CCE resource collections after adjustment.

In embodiments of the present invention, if in the 2nd CCE resource collections redefined, the CCE sizes for still suffering from one or more user equipmenies are less than each self-corresponding 5th threshold value, or the ratio of the respective CCE resources total size of one or more user equipmenies and each required CCE resources is when being less than each self-corresponding six threshold value, the CCE resources of configuration needed for adjusting one or more user equipmenies can be continued, the demand of each user equipment can be met by being closed until the 2nd CCE subset of resources finally given.Certainly, in embodiments of the present invention, for the cylinder list of processing, after the CCE resources configured needed for have adjusted n times user equipment, the 2nd obtained CCE subset of resources, which is closed, can not still meet the demand of each user equipment, adjustment can be stopped, the CCE subset of resources finally used to adjust the 2nd obtained CCE subset of resources to be combined into for the last time is closed.

Alternatively, in this embodiment, corresponding 5th threshold value of different user equipmenies or the 6th threshold value can be with identical, can also be different.Specifically, above-mentioned 5th threshold value can send the factors such as running time-frequency resource, the running time-frequency resource being mapped on PHICH, cell serves quality and the resource total size needed for ascending HARQ is indicated to user equipment according to the second base station and determine.In embodiments of the present invention, above-mentioned 6th threshold value can indicate that the factors such as the running time-frequency resource being actually needed, the running time-frequency resource being mapped on PHICH, cell serves quality and resource total size are determined according to ascending HARQ is sent.

Therefore, in embodiments of the present invention, pass through running time-frequency resource to be shared, determine the running time-frequency resource of the first system, then be subordinated in the running time-frequency resource to be shared and the running time-frequency resource misaligned with the running time-frequency resource of the first system, be LTE or the base station of lte-a system distribute for send ascending HARQ instruction when Frequency resource, so as to realize resource-sharing, and can avoid the running time-frequency resource of the first system and send interfering between the running time-frequency resource that ascending HARQ is indicated for the base station of second system.

Method for processing resource according to embodiments of the present invention is described with reference to Fig. 1 to Fig. 3 above, resource processing unit according to embodiments of the present invention is described below with reference to Fig. 4 to Fig. 7.

Fig. 4 is the schematic block diagram of resource processing unit 400 according to embodiments of the present invention.As shown in figure 4, the device 400 includes：

First determining unit 410, for determining running time-frequency resource to be shared；

Second determining unit 420, for from the running time-frequency resource to be shared, determine the running time-frequency resource of the first system, the first base station that the running time-frequency resource of the first system is used in the first system carries out information exchange with the user equipment that the first base station is serviced, and the first system is Generation Mobile Telecommunication System 2G systems or 3G (Third Generation) Moblie 3G systems；

3rd determining unit 430, for the running time-frequency resource based on the running time-frequency resource and the first system to be shared, it is determined that can for distribution to second system running time-frequency resource, this can belong to the running time-frequency resource to be shared and misaligned with the running time-frequency resource of the first system for distribution to the running time-frequency resource of second system；

4th determining unit 440, for based on this can for distribution to second system running time-frequency resource, it is determined that the second base station for the second system sends the running time-frequency resource that uplink hybrid automatic repeat request HARQ is indicated, wherein, the second system is Long Term Evolution LTE system or enhanced Long Term Evolution lte-a system.

Alternatively, second determining unit 420 specifically for：

Alternatively, the 3rd determining unit 430 specifically for：

Alternatively, as shown in figure 5, the 4th determining unit 440 includes：

First determination subelement 441, for based on the running time-frequency resource to be shared, determining that the first physics HARQ indicates the mark ID set of channel PHICH groups, wherein, the first PHICH groups ID gather by this second The PHICH groups ID compositions of configuration needed for the first community ID of base station；

Second determination subelement 442, for based on this can for distribution to second system running time-frequency resource, this first ' ", area ID and the first PHICH groups ID set; determine the first PHICH group ID subclass from the first PHICH groups ID set; and determine that the first PHICH group ID subclass corresponding first can use PHICH running time-frequency resources; wherein, this first can use PHICH running time-frequency resources belong to this can for distribution to second system running time-frequency resource；

3rd determination subelement 443, the PHICH running time-frequency resources for the first available PHICH running time-frequency resources to be defined as sending to the corresponding user equipmenies of first community ID for the second base station of the second system to ascending HARQ instruction.

Alternatively, second determination subelement 442 specifically for：

Alternatively, as shown in figure 5, the 4th determining unit 440 also includes：

First sub- adjustment unit 444, it is less than first threshold for the PHICH groups ID that includes in the first PHICH group ID subclass and/or during more than Second Threshold, first PHICH groups ID set is adjusted based on the running time-frequency resource to be shared, and the first PHICH group ID subclass is redefined from the first PHICH groups ID set after adjustment.

First mapping subelement 445, for the CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, performs resource impact to obtain the first CCE resource collections on the running time-frequency resource to be shared；

4th determination subelement 446, for determining the first remaining running time-frequency resource, the first remaining running time-frequency resource is that this can remove the running time-frequency resource outside the first PHICH running time-frequency resources for distribution to the running time-frequency resource of second system, the first PHICH running time-frequency resources be this first ' ", the PHICH running time-frequency resources of area ID and the first PHICH groups ID set determinations can be for distribution to the overlapping part of the running time-frequency resource of second system with this；5th determination subelement 447, for based on the first remaining running time-frequency resource and the first CCE resource collections, determining that the first CCE subset of resources is closed from the first CCE resource collections, in order to this Second base station to the corresponding user equipmenies of first community ID in addition to sending ascending HARQ by the first available PHICH resource and indicating, respective resources in also being closed by the first CCE subset of resources send ascending HARQ to the corresponding user equipmenies of first community ID and indicated, wherein, resource during first CCE subset of resources is closed belongs to the first remaining running time-frequency resource, and the respective resources during the first CCE subset of resources is closed are indicated for carrying the ascending HARQ that second base station is sent to the corresponding user equipmenies of first community ID.

Second adjustment subelement 448, for in the conjunction of the first CCE subset of resources, it is less than each self-corresponding 3rd threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more user equipmenies and each required CCE resource sizes is when being less than each self-corresponding four threshold value, the CCE resource sizes configured needed for adjusting one or more user equipmenies each；

Second mapping subelement 449, for according to one or more user equipmenies each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, first CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

6th determination subelement 450, is closed for redefining the first CCE subset of resources from the first CCE resource collections after adjustment.

Alternatively, as shown in fig. 6, the 4th determining unit 440 includes：

3rd mapping subelement 451, for what is configured according to needed for the corresponding user equipmenies of first community ID

CCE resource sizes, perform resource impact to obtain the first CCE resource collections on the running time-frequency resource to be shared；

7th determination subelement 452, for based on this can for distribution to second system running time-frequency resource, and the 2nd CCE resource collection, determine that the 2nd CCE subset of resources is closed from the 2nd CCE resource collections, respective resources in being closed in order to second base station by the 2nd CCE subset of resources send ascending HARQ to the corresponding user equipmenies of first community ID and indicated, 2nd CCE subset of resources close in resource belong to this can for distribution to second system running time-frequency resource, the respective resources during 2nd CCE subset of resources is closed are used to carry the ascending HARQ instruction that second base station is sent to the corresponding user equipmenies of first community ID.

Alternatively, as shown in Figure 6, it is characterised in that the 4th determining unit 440 also includes：3rd adjustment subelement 453, in the conjunction of the 2nd CCE subset of resources, in the first community The respective CCE resource sizes of one or more of the corresponding user equipmenies of ID user equipment are less than each self-corresponding 5th threshold value, or the ratio of the respective CCE resource sizes of one or more user equipmenies and each required CCE resource sizes is when being less than each self-corresponding six threshold value, the CCE resource sizes configured needed for adjusting one or more user equipmenies each；

4th mapping subelement 454, for according to one or more user equipmenies each needed for configuration

The CCE resource sizes configured needed for other users equipment in CCE resource sizes and the corresponding user equipmenies of first community ID in addition to one or more user equipmenies, perform twoth CCE resource collection of the resource impact to be adjusted on the running time-frequency resource to be shared；

8th determination subelement 455, is closed for redefining the 2nd CCE subset of resources from the 2nd CCE resource collections after adjustment.

It should be understood that, the resource processing unit that resource processing unit 400 according to embodiments of the present invention may correspond in the method for processing resource in the embodiment of the present invention, and above and other operation and/or function of the unit in resource processing unit 400 is respectively in order to realize the corresponding flow of each methods 100 to 300 of the Fig. 1 into Fig. 3, in order to which cylinder is clean, it will not be repeated here.

Fig. 7 is the schematic block diagram of resource processing unit 500 according to embodiments of the present invention.As shown in fig. 7, the device 500 includes memory 510 and processor 520, the memory 510 processing batch processing code, the processor 520 is used to call the program code, performs following operate：

Determine running time-frequency resource to be shared；

Based on this can for distribution to second system running time-frequency resource, it is determined that the second base station for the second system sends the running time-frequency resource that uplink hybrid automatic repeat request HARQ is indicated, wherein, the second system For Long Term Evolution LTE system or enhanced Long Term Evolution lte-a system.

Alternatively, the processor 520 is used to call the program code, specific to perform following operate：The carrier wave used according to needed for the user equipment that the first base station and the first base station are serviced carries out information exchange, the time-frequency location and the first system of the required carrier wave used whether frequency hopping, from the running time-frequency resource to be shared, the running time-frequency resource of the first system is determined.

Alternatively, the processor 520 is used to call the program code, specific to perform following operate：Based on the first base station and the whether same location in second base station, the first base station carries out the power of information exchange with the user equipment that the first base station is serviced, at least one of power of ascending HARQ instruction is sent with second base station, from the running time-frequency resource to be shared, it is determined that interval running time-frequency resource；

Alternatively, the processor 520 is used to call the program code, specific to perform following operate：Based on the running time-frequency resource to be shared, determine that the first Physical HARQ Indicator Channel PHICH groups are identified

ID gathers, wherein, the PHICH groups ID that the first PHICH groups ID set is configured needed for the first community ID by second base station is constituted；

PHICH groups ID gathers, the first PHICH group ID subclass is determined from the first PHICH groups ID set, and determine the corresponding first available PHICH running time-frequency resources of the first PHICH group ID subclass, wherein, the first available PHICH running time-frequency resources belong to this can for distribution to second system running time-frequency resource；The first available PHICH running time-frequency resources are defined as sending to the corresponding user equipmenies of first community ID for the second base station of the second system to the PHICH running time-frequency resources of ascending HARQ instruction.

Alternatively, the processor 520 is used to call the program code, specific to perform following operate：It caused may be disturbed based on the corresponding PUSCH original positions of each PHICH group ID in the first PHICH groups ID set, all or part PHICH groups ID determined from the first PHICH groups ID set;

Alternatively, the processor 520 is used to call the program code, specific to perform following operate：When the PHICH groups ID that the first PHICH group ID subclass includes is less than first threshold and/or more than Second Threshold, the first PHICH groups ID set is adjusted based on the running time-frequency resource to be shared, and The first PHICH group ID subclass is redefined from the first PHICH groups ID set after adjustment.Alternatively, the processor 520 is used to call the program code, specific to perform following operate：The CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, perform resource impact to obtain the first CCE resource collections on the running time-frequency resource to be shared；

Alternatively, the processor 520 is used to call the program code, specific to perform following operate：In the conjunction of the first CCE subset of resources, it is less than each self-corresponding 3rd threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more user equipmenies and each required CCE resource sizes is when being less than each self-corresponding four threshold value, the CCE resource sizes configured needed for adjusting one or more user equipmenies each；

The conjunction of the first CCE subset of resources is redefined from the first CCE resource collections after adjustment.Alternatively, the processor 520 is used to call the program code, specific to perform following operate：The CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, perform resource impact to obtain the first CCE resource collections on the running time-frequency resource to be shared；

Alternatively, the processor 520 is used to call the program code, specific to perform following operate：In the conjunction of the 2nd CCE subset of resources, it is less than each self-corresponding 5th threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more user equipmenies and each required CCE resource sizes is when being less than each self-corresponding six threshold value, the CCE resource sizes configured needed for adjusting one or more user equipmenies each；

The conjunction of the 2nd CCE subset of resources is redefined from the 2nd CCE resource collections after adjustment.It should be understood that, the resource processing unit that resource processing unit 500 according to embodiments of the present invention may correspond in the method for processing resource in the embodiment of the present invention, and above and other operation and/or function of the unit in resource processing unit 500 is respectively in order to realize the corresponding flow of each methods 100 to 300 of the Fig. 1 into Fig. 3, in order to which cylinder is clean, it will not be repeated here.

Those of ordinary skill in the art are it is to be appreciated that the unit and algorithm steps of each example described with reference to the embodiments described herein, can be realized with the combination of electronic hardware or computer software and electronic hardware.These functions are performed with hardware or software mode actually, depending on the application-specific and design constraint of technical scheme.Professional and technical personnel can realize described function to each specific application using distinct methods, but this realization is it is not considered that beyond the scope of this invention.

It is apparent to those skilled in the art that, the specific work process of the system of foregoing description, device and unit clean for the convenience and cylinder of description may be referred to the correspondence in preceding method embodiment Process, will not be repeated here.

In several embodiments provided herein, it should be understood that disclosed systems, devices and methods, it can realize by another way.For example, device embodiment described above is only schematical, for example, the division of the unit, it is only a kind of division of logic function, there can be other dividing mode when actually realizing, such as multiple units or component can combine or be desirably integrated into another system, or some features can be ignored, or do not perform.Another, it, by some interfaces, the INDIRECT COUPLING or communication connection of device or unit, can be electrical, machinery or other forms that shown or discussed coupling or direct-coupling or communication connection each other, which can be,.

The unit illustrated as separating component can be or may not be physically separate, and the part shown as unit can be or may not be physical location, you can with positioned at a place, or can also be distributed on multiple NEs.Some or all of unit therein can be selected to realize the purpose of this embodiment scheme according to the actual needs.

In addition, each functional unit in each of the invention embodiment can be integrated in a processing unit or unit is individually physically present, can also two or more units it is integrated in a unit.

If the function is realized using in the form of SFU software functional unit and as independent production marketing or in use, can be stored in a computer read/write memory medium.Understood based on such, the part or the part of the technical scheme that technical scheme substantially contributes to prior art in other words can be embodied in the form of software product, the computer software product is stored in a storage medium, including some instructions are to cause a computer equipment（Can be personal computer, server, or network equipment etc.）Perform all or part of step of each embodiment methods described of the invention.And foregoing storage medium includes：USB flash disk, mobile hard disk, read-only storage（ROM, Read-Only Memory), random access memory（RAM, Random Access Memory), magnetic disc or CD etc. are various can be with the medium of store program codes.

It is described above; only embodiment of the invention, but protection scope of the present invention is not limited thereto, any one skilled in the art the invention discloses technical scope in; change or replacement can be readily occurred in, should be all included within the scope of the present invention.Therefore, protection scope of the present invention described should be defined by scope of the claims.

Claims

Claim

1. a kind of method for processing resource, it is characterised in that including：

Determine running time-frequency resource to be shared；

From the running time-frequency resource to be shared, determine the running time-frequency resource of the first system, the first base station that the running time-frequency resource of the first system is used in the first system carries out information exchange with the user equipment that the first base station is serviced, and the first system is Generation Mobile Telecommunication System 2G systems or 3G (Third Generation) Moblie 3G systems；

Running time-frequency resource based on the running time-frequency resource to be shared and the first system, it is determined that can for distribution to second system running time-frequency resource, it is described to belong to the running time-frequency resource to be shared for distribution to the running time-frequency resource of second system and misaligned with the running time-frequency resource of the first system；

Based on it is described can for distribution to second system running time-frequency resource, it is determined that the second base station for the second system sends the running time-frequency resource that uplink hybrid automatic repeat request HARQ is indicated, wherein, the second system is Long Term Evolution LTE system or enhanced Long Term Evolution lte-a system.

2. according to the method described in claim 1, it is characterised in that the running time-frequency resource for determining the first system, including：

The carrier wave used according to needed for the user equipment that the first base station and the first base station are serviced carries out information exchange, the time-frequency location of carrier wave and the first system used needed for described whether frequency hopping, from the running time-frequency resource to be shared, the running time-frequency resource of the first system is determined.

3. method according to claim 1 or 2, it is characterised in that the determination can for distribution to second system running time-frequency resource, including：

Based on the first base station and the whether same location in second base station, the first base station carries out the power of information exchange with the user equipment that the first base station is serviced, at least one of power that the ascending HARQ is indicated is sent with second base station, from the running time-frequency resource to be shared, it is determined that interval running time-frequency resource；

Based on the running time-frequency resource to be shared, the running time-frequency resource of the first system and the interval running time-frequency resource, it is determined that it is described can for distribution to second system running time-frequency resource.

4. according to the method in any one of claims 1 to 3, it is characterised in that second base station determined for the second system sends the running time-frequency resource that ascending HARQ is indicated, including：Based on the running time-frequency resource to be shared, the mark ID set of the first Physical HARQ Indicator Channel PHICH groups is determined, wherein, the first PHICH groups ID gathers the first community by second base station The PHICH groups ID compositions of configuration needed for ID；

It can be gathered based on described for distribution to the running time-frequency resource of second system, the first community ID and the first PHICH groups ID, the first PHICH group ID subclass is determined from the first PHICH groups ID set, and determine the corresponding first available PHICH running time-frequency resources of the first PHICH group ID subclass, wherein, the described first available PHICH running time-frequency resources belong to it is described can for distribution to second system running time-frequency resource；

Described first available PHICH running time-frequency resources are defined as sending to the corresponding user equipmenies of the first community ID for the second base station of the second system to the PHICH running time-frequency resources of ascending HARQ instruction.

5. method according to claim 4, it is characterised in that the PHICH groups of determination the first

ID subclass, including：

It caused may be disturbed based on the corresponding Physical Uplink Shared Channel PUSCH original positions of each PHICH group ID in the first PHICH groups ID set, all or part PHICH groups ID determined from the first PHICH groups ID set;

The first PHICH group ID subclass can be determined based on described for distribution to all or part PHICH group ID described in the running time-frequency resource of second system, the first community ID and the first PHICH groups ID set.

6. the method according to claim 4 or 5, it is characterized in that, before the corresponding first available PHICH running time-frequency resources of determination the first PHICH group ID subclass, second base station determined for the second system sends the running time-frequency resource that ascending HARQ is indicated, in addition to：

When the PHICH groups ID that the first PHICH group ID subclass includes is less than first threshold and/or more than Second Threshold, the first PHICH groups ID set is adjusted based on the running time-frequency resource to be shared, and the first PHICH group ID subclass is redefined from the first PHICH groups ID set after adjustment.

7. the method according to any one of claim 4 to 6, it is characterized in that, when the described first available PHICH running time-frequency resources can not meet the running time-frequency resource needed for second base station is indicated to the corresponding user equipment transmission ascending HARQs of the first community ID, the determination also includes for the running time-frequency resource that the second base station of the second system sends uplink hybrid automatic repeat request HARQ instructions：The control channel unit CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, perform resource impact to obtain the first CCE resource collections on the running time-frequency resource to be shared；Determine the first remaining running time-frequency resource, the described first remaining running time-frequency resource be it is described can be for distribution to second The running time-frequency resource of system removes the running time-frequency resource outside the first PHICH running time-frequency resources, the first PHICH running time-frequency resources be the first community ID with the PHICH running time-frequency resources of the first PHICH groups ID set determinations with it is described can be for distribution to the overlapping part of the running time-frequency resource of second system；

Based on the described first remaining running time-frequency resource, and the first CCE resource collections, determine that the first CCE subset of resources is closed from the first CCE resource collections, in order to which second base station to the corresponding user equipmenies of the first community ID in addition to sending ascending HARQ by the described first available PHICH resource and indicating, respective resources in also being closed by the first CCE subset of resources send ascending HARQ to the corresponding user equipmenies of the first community ID and indicated, wherein, resource during the first CCE subset of resources is closed belongs to the described first remaining running time-frequency resource, the respective resources during the first CCE subset of resources is closed are the resources for being used to carry the ascending HARQ instruction that second base station is sent to the corresponding user equipmenies of the first community ID during the first CCE subset of resources is closed.

8. method according to claim 7, it is characterised in that the running time-frequency resource that the second base station transmission ascending HARQ that the determination is used for the second system is indicated also includes：

In the first CCE subset of resources conjunction, it is less than each self-corresponding 3rd threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more of user equipmenies and each required CCE resource sizes is when being less than each self-corresponding four threshold value, the CCE resource sizes configured needed for adjusting one or more of user equipmenies each；

According to one or more of user equipmenies after adjustment each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more of user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, the first CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

The first CCE subset of resources is redefined from the first CCE resource collections after adjustment to close.

9. according to the method in any one of claims 1 to 3, it is characterised in that second base station determined for the second system sends the running time-frequency resource that ascending HARQ is indicated, including：The CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, perform resource impact to obtain the 2nd CCE resource collections on the running time-frequency resource to be shared；

Based on it is described can for distribution to second system running time-frequency resource, and the 2nd CCE resource collections, determine that the 2nd CCE subset of resources is closed from the 2nd CCE resource collections, the respective resources in being closed in order to second base station by the 2nd CCE subset of resources are corresponding to the first community ID User equipment send ascending HARQ indicate, the 2nd CCE subset of resources close in resource belong to it is described can for distribution to second system running time-frequency resource, the respective resources during the 2nd CCE subset of resources is closed are to be used to carrying the resource that the ascending HARQ that second base station sends to the corresponding user equipmenies of the first community ID is indicated during the 2nd CCE subset of resources is closed.

10. method according to claim 9, it is characterised in that the running time-frequency resource that the second base station transmission ascending HARQ that the determination is used for the second system is indicated also includes：

In the 2nd CCE subset of resources conjunction, it is less than each self-corresponding 5th threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more of user equipmenies and each required CCE resource sizes is when being less than each self-corresponding six threshold value, the CCE resource sizes configured needed for adjusting one or more of user equipmenies each；

According to one or more of user equipmenies after adjustment each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more of user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, the twoth CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

The 2nd CCE subset of resources is redefined from the 2nd CCE resource collections after adjustment to close.

11. a kind of resource processing unit, it is characterised in that including：

First determining unit, for determining running time-frequency resource to be shared；

Second determining unit, for from the running time-frequency resource to be shared, determine the running time-frequency resource of the first system, the first base station that the running time-frequency resource of the first system is used in the first system carries out information exchange with the user equipment that the first base station is serviced, and the first system is Generation Mobile Telecommunication System 2G systems or 3G (Third Generation) Moblie 3G systems；

3rd determining unit, for the running time-frequency resource based on the running time-frequency resource to be shared and the first system, it is determined that can for distribution to second system running time-frequency resource, it is described to belong to the running time-frequency resource to be shared for distribution to the running time-frequency resource of second system and misaligned with the running time-frequency resource of the first system；4th determining unit, for based on it is described can for distribution to second system running time-frequency resource, it is determined that the second base station for the second system sends the running time-frequency resource that uplink hybrid automatic repeat request HARQ is indicated, wherein, the second system is Long Term Evolution LTE systems or enhanced Long Term Evolution LTE-A systems.

12. the device according to claim 11, it is characterised in that the second determining unit tool Body is used for：

The carrier wave used according to needed for the user equipment that the first base station and the first base station are serviced carries out information exchange, the time-frequency location of carrier wave and the first system used needed for described whether frequency hopping, from the running time-frequency resource to be shared, the running time-frequency resource of the first system is determined.

13. the device according to claim 11 or 12, it is characterised in that the 3rd determining unit specifically for：

Based on the first base station and the whether same location in second base station, the first base station carries out the power of information exchange with the user equipment that the first base station is serviced, at least one of power that the ascending HARQ is indicated is sent with second base station, it is determined that interval running time-frequency resource；

Based on the running time-frequency resource to be shared, the running time-frequency resource of the first system and the interval running time-frequency resource, from the running time-frequency resource to be shared, it is determined that it is described can for distribution to second system running time-frequency resource.

14. the device according to any one of claim 11 to 13, it is characterised in that the 4th determining unit includes：

First determination subelement, for based on the running time-frequency resource to be shared, determine that the first physics HARQ indicates the mark ID set of channel PHICH groups, wherein, the PHICH groups ID that the first PHICH groups ID set is configured needed for the first community ID of second base station is constituted；

Second determination subelement, for that can be gathered based on described for distribution to the running time-frequency resource of second system, the first community ID and the first PHICH groups ID, the first PHICH group ID subclass is determined from the first PHICH groups ID set, and determine the corresponding first available PHICH running time-frequency resources of the first PHICH group ID subclass, wherein, the described first available PHICH running time-frequency resources belong to it is described can for distribution to second system running time-frequency resource；

3rd determination subelement, the PHICH running time-frequency resources for the described first available PHICH running time-frequency resources to be defined as sending to the corresponding user equipmenies of the first community ID for the second base station of the second system to ascending HARQ instruction.

15. device according to claim 14, it is characterised in that second determination subelement specifically for：

It caused may be disturbed based on the corresponding Physical Uplink Shared Channel PUSCH original positions of each PHICH group ID in the first PHICH groups ID set, all or part PHICH groups ID determined from the first PHICH groups ID set;

The first PHICH can be determined based on described for distribution to all or part PHICH group ID described in the running time-frequency resource of second system, the first community ID and the first PHICH groups ID set Group ID subclass.

16. the device according to claims 14 or 15, it is characterised in that the 4th determining unit also includes：

First adjustment subelement, it is less than first threshold for the PHICH groups ID that includes in the first PHICH group ID subclass and/or during more than Second Threshold, the first PHICH groups ID set is adjusted based on the running time-frequency resource to be shared, and the first PHICH group ID subclass is redefined from the first PHICH groups ID set after adjustment.

17. the device according to any one of claim 14 to 16, it is characterised in that the 4th determining unit also includes：

First mapping subelement, for the control channel unit CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, performs resource impact to obtain the first CCE resource collections on the running time-frequency resource to be shared；

4th determination subelement, for determining the first remaining running time-frequency resource, the first remaining running time-frequency resource be it is described can remove the running time-frequency resource outside the first PHICH running time-frequency resources for distribution to the running time-frequency resource of second system, the first PHICH running time-frequency resources be first ' ", the PHICH running time-frequency resources of area ID and the first PHICH groups ID set determinations with it is described can be for distribution to the overlapping part of the running time-frequency resource of second system；

5th determination subelement, for based on the described first remaining running time-frequency resource, and the first CCE resource collections, determine that the first CCE subset of resources is closed from the first CCE resource collections, in order to which second base station to the corresponding user equipmenies of the first community ID in addition to sending ascending HARQ by the described first available PHICH resource and indicating, respective resources in also being closed by the first CCE subset of resources send ascending HARQ to the corresponding user equipmenies of the first community ID and indicated, wherein, resource during the first CCE subset of resources is closed belongs to the described first remaining running time-frequency resource, the respective resources during the first CCE subset of resources is closed are used to carry the ascending HARQ instruction that second base station is sent to the corresponding user equipmenies of the first community ID.

18. device according to claim 17, it is characterised in that the 4th determining unit also includes：

Second adjustment subelement, for in the first CCE subset of resources conjunction, it is less than each self-corresponding 3rd threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more of user equipmenies and each required CCE resource sizes is when being less than each self-corresponding four threshold value, adjust one Or multiple user equipmenies each needed for configuration CCE resource sizes；

Second mapping subelement, for according to one or more of user equipmenies each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more of user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, the first CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

6th determination subelement, is closed for redefining the first CCE subset of resources from the first CCE resource collections after adjustment.

19. the device according to any one of claim 11 to 13, it is characterised in that the 4th determining unit includes：

3rd mapping subelement, for what is configured according to needed for the corresponding user equipmenies of first community ID

CCE resource sizes, perform resource impact to obtain the 2nd CCE resource collections on the running time-frequency resource to be shared；

7th determination subelement, for based on it is described can for distribution to second system running time-frequency resource, and the 2nd CCE resource collections, determine that the 2nd CCE subset of resources is closed from the 2nd CCE resource collections, respective resources in being closed in order to second base station by the 2nd CCE subset of resources send ascending HARQ to the corresponding user equipmenies of the first community ID and indicated, the 2nd CCE subset of resources close in resource belong to it is described can for distribution to second system running time-frequency resource, the respective resources during the 2nd CCE subset of resources is closed are used to carry the ascending HARQ instruction that second base station is sent to the corresponding user equipmenies of the first community ID.

20. device according to claim 19, it is characterised in that the 4th determining unit also includes：

3rd adjustment subelement, for in the 2nd CCE subset of resources conjunction, it is less than each self-corresponding 5th threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more of user equipmenies and each required CCE resource sizes is when being less than each self-corresponding six threshold value, the CCE resource sizes configured needed for adjusting one or more of user equipmenies each；

4th mapping subelement, for according to one or more of user equipmenies each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more of user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, the twoth CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

8th determination subelement, for being redefined from the 2nd CCE resource collections after adjustment The 2nd CCE subset of resources is closed.

21. a kind of resource processing unit, it is characterised in that including memory and processor, the memory handles batch processing code, the processor is used to call described program code, performs following operate：Determine running time-frequency resource to be shared；

From the running time-frequency resource to be shared, determine the running time-frequency resource of the first system, the first base station that the running time-frequency resource of the first system is used in the first system carries out information exchange with the user equipment that the first base station is serviced, and the first system is Generation Mobile Telecommunication System 2G systems or 3G (Third Generation) Moblie 3G systems；

Running time-frequency resource based on the running time-frequency resource to be shared and the first system, it is determined that can for distribution to second system running time-frequency resource, it is described to belong to the running time-frequency resource to be shared for distribution to the running time-frequency resource of second system and misaligned with the running time-frequency resource of the first system；

Based on it is described can for distribution to second system running time-frequency resource, it is determined that the second base station for the second system sends the running time-frequency resource that uplink hybrid automatic repeat request HARQ is indicated, wherein, the second system is Long Term Evolution LTE system or enhanced Long Term Evolution lte-a system.

22. device according to claim 21, it is characterised in that the processor is used to call described program code, specific to perform following operate：

The carrier wave used according to needed for the user equipment that the first base station and the first base station are serviced carries out information exchange, the time-frequency location of carrier wave and the first system used needed for described whether frequency hopping, from the running time-frequency resource to be shared, the running time-frequency resource of the first system is determined.

23. the device according to claim 21 or 22, it is characterised in that the processor is used to call described program code, specific to perform following operate：

Based on the first base station and the whether same location in second base station, the first base station carries out the power of information exchange with the user equipment that the first base station is serviced, at least one of power that the ascending HARQ is indicated is sent with second base station, from the running time-frequency resource to be shared, it is determined that interval running time-frequency resource；

Based on the running time-frequency resource to be shared, the running time-frequency resource of the first system and the interval running time-frequency resource, it is determined that it is described can for distribution to second system running time-frequency resource.

24. the device according to any one of claim 21 to 23, it is characterised in that the processor is used to call described program code, specific to perform following operate：

Based on the running time-frequency resource to be shared, the mark ID set of the first Physical HARQ Indicator Channel PHICH groups is determined, wherein, the first PHICH groups ID gathers the first community by second base station The PHICH groups ID compositions of configuration needed for ID；

It can be gathered based on described for distribution to the running time-frequency resource of second system, the first community ID and the first PHICH groups ID, the first PHICH group ID subclass is determined from the first PHICH groups ID set, and determine the corresponding first available PHICH running time-frequency resources of the first PHICH group ID subclass, wherein, the described first available PHICH running time-frequency resources belong to it is described can for distribution to second system running time-frequency resource；

Described first available PHICH running time-frequency resources are defined as sending to the corresponding user equipmenies of the first community ID for the second base station of the second system to the PHICH running time-frequency resources of ascending HARQ instruction.

25. device according to claim 24, it is characterised in that the processor is used to call described program code, specific to perform following operate：

It caused may be disturbed based on the corresponding Physical Uplink Shared Channel PUSCH original positions of each PHICH group ID in the first PHICH groups ID set, all or part PHICH groups ID determined from the first PHICH groups ID set;

The first PHICH group ID subclass can be determined based on described for distribution to all or part PHICH group ID described in the running time-frequency resource of second system, the first community ID and the first PHICH groups ID set.

26. the device according to claim 24 or 25, it is characterised in that the processor is used to call described program code, specific to perform following operate：

When the PHICH groups ID that the first PHICH group ID subclass includes is less than first threshold and/or more than Second Threshold, the first PHICH groups ID set is adjusted based on the running time-frequency resource to be shared, and the first PHICH group ID subclass is redefined from the first PHICH groups ID set after adjustment.

27. the device according to any one of claim 24 to 26, it is characterised in that the processor is used to call described program code, specific to perform following operate：

The control channel unit CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, perform resource impact to obtain the first CCE resource collections on the running time-frequency resource to be shared；Determine the first remaining running time-frequency resource, the first remaining running time-frequency resource be it is described can remove the running time-frequency resource outside the first PHICH running time-frequency resources for distribution to the running time-frequency resource of second system, the first PHICH running time-frequency resources be first ' ", the PHICH running time-frequency resources of area ID and the first PHICH groups ID set determinations with it is described can be for distribution to the overlapping part of the running time-frequency resource of second system； Based on the described first remaining running time-frequency resource, and the first CCE resource collections, determine that the first CCE subset of resources is closed from the first CCE resource collections, in order to which second base station to the corresponding user equipmenies of the first community ID in addition to sending ascending HARQ by the described first available PHICH resource and indicating, respective resources in also being closed by the first CCE subset of resources send ascending HARQ to the corresponding user equipmenies of the first community ID and indicated, wherein, resource during the first CCE subset of resources is closed belongs to the described first remaining running time-frequency resource, the respective resources during the first CCE subset of resources is closed are used to carry the ascending HARQ instruction that second base station is sent to the corresponding user equipmenies of the first community ID.

28. device according to claim 27, it is characterised in that the processor is used to call described program code, specific to perform following operate：

In the first CCE subset of resources conjunction, it is less than each self-corresponding 3rd threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more of user equipmenies and each required CCE resource sizes is when being less than each self-corresponding four threshold value, the CCE resource sizes configured needed for adjusting one or more of user equipmenies each；

According to one or more of user equipmenies each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more of user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, the first CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

The first CCE subset of resources is redefined from the first CCE resource collections after adjustment to close.

29. the device according to any one of claim 21 to 23, it is characterised in that the processor is used to call described program code, specific to perform following operate：

The CCE resource sizes configured according to needed for the corresponding user equipmenies of first community ID, perform resource impact to obtain the 2nd CCE resource collections on the running time-frequency resource to be shared；

Based on it is described can for distribution to second system running time-frequency resource, and the 2nd CCE resource collections, determine that the 2nd CCE subset of resources is closed from the 2nd CCE resource collections, respective resources in being closed in order to second base station by the 2nd CCE subset of resources send ascending HARQ to the corresponding user equipmenies of the first community ID and indicated, the 2nd CCE subset of resources close in resource belong to it is described can for distribution to second system running time-frequency resource, the respective resources during the 2nd CCE subset of resources is closed are used to carry what second base station was sent to the corresponding user equipmenies of the first community ID Ascending HARQ is indicated.

30. device according to claim 29, it is characterised in that the processor is used to call described program code, specific to perform following operate：

In the 2nd CCE subset of resources conjunction, it is less than each self-corresponding 5th threshold value in the respective CCE resource sizes of one or more of the corresponding user equipmenies of first community ID user equipment, or the ratio of the respective CCE resource sizes of one or more of user equipmenies and each required CCE resource sizes is when being less than each self-corresponding six threshold value, the CCE resource sizes configured needed for adjusting one or more of user equipmenies each；

According to one or more of user equipmenies each needed for the CCE resource sizes that configure needed for other users equipment in addition to one or more of user equipmenies in the CCE resource sizes that configure and the corresponding user equipmenies of first community ID, the twoth CCE resource collection of the resource impact to be adjusted is performed on the running time-frequency resource to be shared；

The 2nd CCE subset of resources is redefined from the 2nd CCE resource collections after adjustment to close.