CN105101220A

CN105101220A - Method, equipment and system for capability information interaction of secondary system equipment

Info

Publication number: CN105101220A
Application number: CN201410210195.2A
Authority: CN
Inventors: 任龙涛; 刘星; 苗婷; 卢有雄
Original assignee: ZTE Corp
Current assignee: ZTE Corp
Priority date: 2014-05-16
Filing date: 2014-05-16
Publication date: 2015-11-25
Also published as: WO2015172524A1

Abstract

An embodiment of the invention discloses a method, equipment and system for capability information interaction of secondary system equipment. The method includes the following steps: the secondary system equipment receives first capability information sent by resource management equipment; and the secondary system equipment sends second capability information to the resource management equipment.

Description

The method, apparatus and system that a kind of subsystem device capability information is mutual

Technical field

The present invention relates to resource configuration technology, particularly relate to the method, apparatus and system that a kind of subsystem device capability information is mutual.

Background technology

Cognitive radio technology (CognitiveRadio) can allow the subsystem equipment in network system, also referred to as cognitive radio system (CRS, CognitiveRadioSystem) equipment ensure authorizing the interference of main system (PrimarySystem) as far as possible little or under prerequisite within the scope of acceptable of the interference of main system, dynamically use the idle frequency spectrum of main system, thus effectively can improve the availability of frequency spectrum, solve frequency spectrum scarcity problem.One of IMT-Advanced (IMT-Advanced, InternationalMobileTelecommunications-Advanced) several disruptive technologies are become.

In existing cognitive radio technology, in order to the spectrum allocation may of subsystem equipment room can be coordinated and allow subsystem equipment know the idle frequency spectrum resource of main system in time, define asset management device to manage coexisting and resource reprovision of subsystem equipment.Under normal circumstances, asset management device can be spectral coordination module (SC, SpectrumCoordinationFunction).

Due to the diversity of subsystem equipment and ability, and the business model difference that SC supports, cause the management of SC to cognitive radio system to have certain influence.CRS is when applying for frequency spectrum resource to SC, if the business model of CRS application and the frequency range self supported, the business model supported with SC and frequency range inconsistent, this frequency spectrum resource application failure of CRS can be caused, or CRS needs repeatedly to apply for or Signalling exchange could be applied for arriving frequency spectrum resource.In addition, SC, may due to CRS equipment of itself attribute to after the complete idle frequency spectrum resource of CRS reprovision, and as transmitting power, band is outer launches constraint etc., causes interference, thus reduce spectrum efficiency to other adjacent system.Moreover SC, for the ease of the management to CRS, can carry out unified management using the CRS of similar nature as one bunch, if SC knows the deficiency of CRS ability information, cause SC to CRS network management underaction.

Summary of the invention

The embodiment of the present invention expects the method, apparatus and system providing a kind of subsystem device capability information mutual, make asset management device can make the decision-making of accurate and rational frequency spectrum reprovision for subsystem equipment, reduce failures in resource application probability, reduce the expense of Signalling exchange, reduce the interference between subsystem, improve the spectrum efficiency of reprovision, add the flexibility of network management, the overall performance being conducive to network promotes.

Technical scheme of the present invention is achieved in that

First aspect, embodiments provide a kind of method that subsystem device capability information is mutual, described method comprises:

Subsystem equipment receives the first ability information sent by asset management device;

Described subsystem equipment sends the second ability information to described asset management device.

The implementation possible according to the first, in conjunction with first aspect, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device;

Described the second ability information is that described asset management device carries out the foundation of resource reprovision to described subsystem equipment.

The implementation possible according to the second, in conjunction with first aspect, described the first ability information comprises business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority; Wherein, described business model comprises information service pattern and/or management service pattern.

The implementation possible according to the third, in conjunction with first aspect, dual-mode, described subsystem equipment that the frequency band range that described the second ability information comprises the device type of described subsystem equipment, described subsystem equipment is supported and amount of bandwidth, described subsystem equipment are supported support at least one item in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment;

The device parameter that self reprovision ability of described subsystem equipment comprises described subsystem equipment reshuffles ability, the operational factor reprovision allocative abilities of described subsystem equipment and reprovision strategic decision-making ability.

According to the 4th kind of possible implementation, in conjunction with first aspect, the first to any one in the third possible implementation, described method also comprises:

Described subsystem equipment sends resource request according to described the first ability information to described asset management device;

Described subsystem equipment receives the resource reprovision decision-making that described asset management device sends.

According to the 5th kind of possible implementation, in conjunction with the 4th kind of possible implementation, described subsystem equipment sends resource request according to described the first ability information to described asset management device, comprising:

Described subsystem equipment needs the frequency range of request resource according to the band limits coupling supported in the first ability information of at least one asset management device, from least one asset management device described, determine target resource management equipment;

Described secondary device system sends resource request to described target resource management equipment.

According to the 6th kind of possible implementation, in conjunction with the 5th kind of possible implementation, described method also comprises:

Described subsystem equipment is according to the business model of self and support business model that described in the channel allocation capabilities match based on priority, asset management device described in the first ability information is supported and support the mark based on the channel allocation of priority, determines described target resource management equipment.

Second aspect, embodiments provide a kind of method that subsystem device capability information is mutual, described method comprises:

Asset management device sends the first ability information to described subsystem equipment;

Described asset management device receives the second ability information that described subsystem equipment sends.

The implementation possible according to the first, in conjunction with second aspect, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device;

The implementation possible according to the second, in conjunction with second aspect, described the first ability information comprises business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority; Wherein, described business model comprises information service pattern and/or management service pattern.

The implementation possible according to the third, in conjunction with second aspect, dual-mode, described subsystem equipment that the frequency band range that described the second ability information comprises the device type of described subsystem equipment, described subsystem equipment is supported and amount of bandwidth, described subsystem equipment are supported support at least one item in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment;

According to the 4th kind of possible implementation, in conjunction with second aspect, the first to any one in the third possible implementation, described method also comprises:

Described asset management device receives the available channel that main system protection node sends;

Described asset management device is that described subsystem equipment carries out resource reprovision according to described the second ability information and described available channel, obtains the decision-making of first resource reprovision after receiving the resource request of described subsystem equipment transmission;

Described asset management device sends the decision-making of described first resource reprovision to described subsystem equipment.

According to the 5th kind of possible implementation, in conjunction with the 4th kind of possible implementation, described asset management device is that described subsystem equipment carries out resource reprovision according to described the second ability information and described available channel, comprising:

In the scope of described available channel,

Described asset management device determines the transmitting power of described subsystem equipment according to the device type of described subsystem equipment;

Described asset management device is defined as the channel number of described subsystem equipment distribution according to the dual-mode of described subsystem equipment;

When described subsystem equipment possesses stationkeeping ability, described asset management device is defined as according to the frequency band range of described subsystem equipment support and amount of bandwidth, the positional information of described subsystem equipment to self poisoning the frequency band range that described subsystem equipment distributes frequency spectrum resource;

When described subsystem equipment supports CA, described asset management device is according to the CA bandwidth class of described subsystem equipment corresponding distributing carrier wave, frequency band range and bandwidth;

Described asset management device correspondingly determines the first reprovision decision-making of described subsystem equipment according to self reprovision ability of described subsystem equipment.

According to the 6th kind of possible implementation, in conjunction with the 4th kind of possible implementation, described method also comprises:

Described asset management device is that described subsystem equipment carries out Secondary resource reprovision according to the interference instruction of described subsystem equipment and the second ability information of described subsystem equipment, obtains the decision-making of Secondary resource reprovision;

Described asset management device sends the decision-making of Secondary resource reprovision to described subsystem equipment.

The third aspect, embodiments provide a kind of subsystem equipment, described equipment comprises: the first receiving element, memory cell and the first transmitting element, wherein,

Described first receiving element is used for, and receives the first ability information sent by asset management device;

Described memory cell is used for, and preserves described the first ability information;

Described first transmitting element is used for, and sends the second ability information to described asset management device.

The implementation possible according to the first, in conjunction with the third aspect, described the first ability information is that described first transmitting element sends the foundation of resource request to described asset management device;

The implementation possible according to the second, in conjunction with the third aspect, described the first ability information comprises business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority; Wherein, described business model comprises information service pattern and/or management service pattern.

The implementation possible according to the third, in conjunction with the third aspect, dual-mode, described subsystem equipment that the frequency band range that described the second ability information comprises the device type of described subsystem equipment, described subsystem equipment is supported and amount of bandwidth, described subsystem equipment are supported support at least one item in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment;

According to the 4th kind of possible implementation, in conjunction with the third aspect, the first to any one in the third possible implementation, described first transmitting element is also for sending resource request according to described the first ability information to described asset management device;

Described first receiving element also for, receive described asset management device and the resource reprovision decision-making sent.

According to the 5th kind of possible implementation, in conjunction with the 4th kind of possible implementation, described first transmitting element comprises: matching module and sending module, wherein,

Described matching module is used for, and needs the frequency range of request resource, from least one asset management device described, determine target resource management equipment according to the band limits coupling supported in the first ability information of at least one asset management device;

Described sending module is used for, and sends resource request to described target resource management equipment.

According to the 6th kind of possible implementation, in conjunction with the 5th kind of possible implementation, according to the business model of described subsystem equipment and support business model that described in the channel allocation capabilities match based on priority, described in the first ability information, asset management device is supported and support the mark based on the channel allocation of priority, determine described target resource management equipment.

Fourth aspect, embodiments provides a kind of asset management device, and described equipment comprises: the second transmitting element and the second receiving element, wherein,

Described second transmitting element is used for, and sends the first ability information to described subsystem equipment;

Described second receiving element is used for, and receives the second ability information that described subsystem equipment sends.

The implementation possible according to the first, in conjunction with fourth aspect, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device;

The implementation possible according to the second, in conjunction with fourth aspect, described the first ability information comprises business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority; Wherein, described business model comprises information service pattern and/or management service pattern.

The implementation possible according to the third, in conjunction with fourth aspect, dual-mode, described subsystem equipment that the frequency band range that described the second ability information comprises the device type of described subsystem equipment, described subsystem equipment is supported and amount of bandwidth, described subsystem equipment are supported support at least one item in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment;

According to the 4th kind of possible implementation, in conjunction with fourth aspect, the first to any one in the third possible implementation, described second receiving element also for, receive main system protection node send available channel;

And receive the resource request of described subsystem equipment transmission;

Described equipment also comprises resource reprovision unit, for being that described subsystem equipment carries out resource reprovision according to described the second ability information and described available channel, obtains the decision-making of first resource reprovision;

Described second transmitting element also for, send the decision-making of described first resource reprovision to described subsystem equipment.

According to the 5th kind of possible implementation, in conjunction with the 4th kind of possible implementation, described resource reprovision unit is used for, in the scope of described available channel,

The transmitting power of described subsystem equipment is determined according to the device type of described subsystem equipment;

The channel number of described subsystem equipment distribution is defined as according to the dual-mode of described subsystem equipment;

When described subsystem equipment possesses stationkeeping ability, be defined as according to the frequency band range of described subsystem equipment support and amount of bandwidth, the positional information of described subsystem equipment to self poisoning the frequency band range that described subsystem equipment distributes frequency spectrum resource;

When described subsystem equipment supports CA, according to the CA bandwidth class of described subsystem equipment corresponding distributing carrier wave, frequency band range and bandwidth;

The first reprovision decision-making of described subsystem equipment is correspondingly determined according to self reprovision ability of described subsystem equipment.

According to the 6th kind of possible implementation, in conjunction with the 4th kind of possible implementation, described resource reprovision unit also for, the second ability information according to the interference of described subsystem equipment instruction and described subsystem equipment is that described subsystem equipment carries out Secondary resource reprovision, obtains the decision-making of Secondary resource reprovision;

Described second transmitting element also for, send the decision-making of described Secondary resource reprovision to described subsystem equipment.

5th aspect, embodiments provide the system that a kind of subsystem device capability information is mutual, described system comprises subsystem equipment and asset management device, wherein,

Described subsystem equipment is used for, and receives the first ability information sent by described asset management device;

And send the second ability information to described asset management device;

Described asset management device is used for, and sends the first ability information to described subsystem equipment;

And receive the second ability information of described subsystem equipment transmission.

The implementation possible according to the first, in conjunction with the 5th aspect, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device;

The implementation possible according to the second, in conjunction with the 5th aspect or the first possible implementation, described subsystem equipment also for:

Resource request is sent to described asset management device according to described the first ability information;

And the resource reprovision decision-making receiving described asset management device and send.

The implementation possible according to the third, in conjunction with the 5th aspect or the first possible implementation, described asset management device also for:

Receive the available channel that main system protection node sends;

And receive the resource request of described subsystem equipment transmission;

And be that described subsystem equipment carries out resource reprovision according to described the second ability information and described available channel, obtain the decision-making of first resource reprovision;

And send the decision-making of described first resource reprovision to described subsystem equipment.

Embodiments provide the method, apparatus and system that a kind of subsystem device capability information is mutual, by carrying out the mutual of ability information each other between subsystem equipment and asset management device, make asset management device can make the decision-making of accurate and rational frequency spectrum reprovision for subsystem equipment, reduce failures in resource application probability, reduce the expense of Signalling exchange, reduce the interference between subsystem, improve the spectrum efficiency of reprovision, the overall performance being conducive to network promotes.

Accompanying drawing explanation

Fig. 1 waits for an opportunity to take the application scenarios of main system frequency spectrum resource for a kind of subsystem equipment that the embodiment of the present invention provides;

The method flow schematic diagram that a kind of subsystem device capability information that Fig. 2 provides for the embodiment of the present invention is mutual;

The method flow schematic diagram that the another kind of subsystem device capability information that Fig. 3 provides for the embodiment of the present invention is mutual;

The method flow schematic diagram that another subsystem device capability information that Fig. 4 provides for the embodiment of the present invention is mutual;

The method flow schematic diagram that another subsystem device capability information that Fig. 5 provides for the embodiment of the present invention is mutual;

The detailed interaction flow schematic diagram of the method that a kind of subsystem device capability information that Fig. 6 provides for the embodiment of the present invention is mutual;

The detailed interaction flow schematic diagram of the method that the another kind of subsystem device capability information that Fig. 7 provides for the embodiment of the present invention is mutual;

The detailed interaction flow schematic diagram of the method that another subsystem device capability information that Fig. 8 provides for the embodiment of the present invention is mutual;

The detailed interaction flow schematic diagram of the method that another subsystem device capability information that Fig. 9 A embodiment of the present invention provides is mutual;

A kind of application scenarios schematic diagram that Fig. 9 B provides for the embodiment of the present invention;

The structural representation of a kind of subsystem equipment that Figure 10 provides for the embodiment of the present invention;

The structural representation of the another kind of subsystem equipment that Figure 11 provides for the embodiment of the present invention;

The hardware configuration schematic diagram of a kind of subsystem equipment that Figure 12 provides for the embodiment of the present invention;

The structural representation of a kind of asset management device that Figure 13 provides for the embodiment of the present invention;

The structural representation of the another kind of asset management device that Figure 14 provides for the embodiment of the present invention;

The hardware configuration schematic diagram of a kind of asset management device that Figure 15 provides for the embodiment of the present invention;

The structural representation of the system that a kind of subsystem device capability information that Figure 16 provides for the embodiment of the present invention is mutual.

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 should be noted that, when not conflicting, the feature in the embodiment of the present invention and embodiment can at random combine mutually.

See Fig. 1, a kind of subsystem equipment that it illustrates the embodiment of the present invention provides waits for an opportunity to take the application scenarios of main system frequency spectrum resource, and in the present embodiment, main system is preferably radio data system, subsystem equipment can for comprising International Mobile (IMT, InternationalMobileTelecom) base station of system, terminal, the equipment such as network management device, or Long Term Evolution (LTE, LongTermEvolution), 3G, the base station of the beehive network systems such as 2G or access point, or WLAN (wireless local area network) (WLAN, WirelessLocalAreaNetwork), radio area network (WRAN, WirelessRegionalAreaNetwork), worldwide interoperability for microwave access (WiMax, the base station of IEEE802 grid or the access point such as WorldwideInteroperabilityforMicrowaveAccess),

Asset management device refers to be in charge of the functional entity of coexisting of subsystem equipment and resource reprovision, can be specifically one or more in following physics or logic entity: spectral coordination device (SC, SpectrumController), center control nodes (CCP, CentralControlPoint), reprovision administration module (ReconfigurationManagementModule), reprovision functional module (ReconfigurationFunctionModule), reprovision entity (ReconfigurationEntity), advanced position determining entity (Advancedgeo-locationEngine), advanced positioning function (AdvancedGeo-LocationFunction), the function that coexists (CoexistenceFunction), be described for SC in this application scene,

Under normal circumstances; main system needs a main system protection node to protect main system; and this main system protection node can provide main system frequency spectrum service condition for subsystem equipment or asset management device, be subject to the interference of subsystem equipment to avoid main system.For the location database (GLDB, Geo-LocationDataBase) of main system in application scenarios as shown in Figure 1, and the representative of main system is it can be used as to be described.

It should be noted that, the scene shown in Fig. 1, only for illustration of the technical scheme of the embodiment of the present invention, not limits particularly, and those skilled in the art can being applied to this technical scheme among other application scenarioss without the need to creative work.

See Fig. 2, it illustrates the method flow schematic diagram that a kind of subsystem device capability information that the embodiment of the present invention provides is mutual, the method may be used for, in subsystem equipment, can comprising:

S201: subsystem equipment receives the first ability information sent by asset management device;

Wherein, the first ability information is the reflection of described asset management device ability, is equally also that described subsystem equipment sends the foundation of resource request to described asset management device; It specifically can comprise business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority;

Further, described business model comprises information service pattern and/or management service pattern, described information service modal representation asset management device provides the resource using information of other subsystem equipment to described subsystem equipment, itself resource decision is carried out by described subsystem equipment, described in described management service modal representation, subsystem equipment reports resource request to described asset management device, carries out the decision-making of resource reprovision by described asset management device; Described support can be represented by 1 and 0 based on the mark of the channel allocation of priority, and such as, described asset management device support then represents with 1 based on the channel allocation of priority, otherwise then represents with 0.

S202: subsystem equipment sends the second ability information to described asset management device;

Wherein, the second ability information is the reflection of described subsystem capacity of equipment, is equally also that described asset management device carries out the foundation of resource reprovision to described subsystem equipment; It specifically can comprise: the device type of described subsystem equipment, described subsystem equipment support frequency band range and amount of bandwidth, described subsystem equipment support dual-mode, described subsystem equipment support carrier aggregation (CA, CarrierAggregation) ability and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment at least one item;

Further, the device type of described subsystem equipment can comprise: macro base station, micro-base station, femto base station, Home eNodeB etc.; What self reprovision ability of described subsystem equipment comprised the device parameter of described subsystem equipment reshuffles ability, the operational factor of the antenna parameter of such as described subsystem equipment and transmitting template etc., described subsystem equipment reshuffles ability, the such as frequency of described subsystem equipment, bandwidth sum transmitting power and reprovision strategic decision-making ability; Wherein, described antenna parameter comprises the multiple-input and multiple-output (MIMO of the support of described subsystem equipment, Multiple-InputMultiple-Output) antenna number, aerial angle (vertical direction, horizontal direction) adjustable extent, antenna height adjustable extent etc.; Described reprovision strategic decision-making ability refers to that described subsystem equipment can carry out the ability of resource reprovision decision-making according to the subsystem facility information of surrounding.

It should be noted that, the sequencing relation that S201 and S202 is not strict, the embodiment of the present invention does not also specifically limit the sequencing of S201 and S202, that is, those skilled in the art, in the technical scheme process realizing the embodiment of the present invention, can select first to perform S201 as the case may be and perform S202 again; Or first perform S202 and perform S201 again; Such as infinite, subsystem equipment before carrying out starting shooting or carry out initialization or needing application resource in, first can send the second ability information of self to asset management device, then receive the first ability information of asset management device feedback; Or subsystem equipment also can first receive asset management device send the first ability information, then by the second ability information feed back of self to asset management device; Or, the first ability information that subsystem equipment receives asset management device with send the second ability information to asset management device and realize in two separate different reciprocal processes respectively, there is not the feedback relationship of correspondence; Such as, subsystem equipment receives the first ability information of asset management device in initialization procedure, and sends the second ability information etc. to asset management device in resource request process.

Exemplarily, see Fig. 3, it illustrates the method flow schematic diagram that another kind of subsystem device capability information is mutual, in the method except S201 and S202, also comprise:

S203: subsystem equipment sends resource request according to described the first ability information to described asset management device;

It should be noted that, owing to including the multi abilities information of asset management device in the first ability information, therefore, subsystem equipment can using the first ability information as foundation, what have target sends resource request to asset management device, subsystem equipment so just can be made to look for the asset management device being applicable to self and to carry out resource reprovision for it, not only increase asset management device carries out resource reprovision accuracy to subsystem equipment, asset management device carries out resource reprovision number of times to subsystem equipment can also be reduced.

Particularly, subsystem equipment can need the frequency range of request resource according to the band limits coupling supported in the first ability information of at least one asset management device, from least one asset management device described, determine target resource management equipment;

Such as, when subsystem equipment needs the frequency range of request resource to be 400MHz-750MHz, wherein MHz represents cps, time for megahertz, subsystem equipment can go to mate the band limits supported in the first ability information of received all asset management devices according to this frequency range, thus supported band limits can be selected to include the asset management device of this frequency range of 400MHz-750MHz as the target resource management equipment sending resource request;

Preferably, subsystem equipment is except the band limits supported by described asset management device mates the frequency range needing request resource, other information comprehensively in the first ability information can also consider, thus obtain more reasonable and applicable target resource management equipment; Such as in the present embodiment, described subsystem equipment and can also be supported business model that described in the channel allocation capabilities match based on priority, asset management device described in the first ability information is supported and support the mark based on the channel allocation of priority according to the business model of self, determines described target resource management equipment.

After obtaining target resource management equipment, described subsystem equipment just can send resource request to described target resource management equipment, can carry out resource reprovision to make target resource management equipment according to for responding this resource request to described subsystem equipment.

S204: subsystem equipment receives the resource reprovision decision-making that described asset management device sends;

Exemplarily, subsystem equipment, after receiving the decision-making of resource reprovision, just can carry out reprovision according to the decision-making of resource reprovision to the resource of self.

The method that the subsystem device capability information that embodiment shown in above-mentioned Fig. 2 and Fig. 3 provides is mutual, subsystem equipment can be allowed on purpose to carry out resource request to asset management device by the first ability information of asset management device, thus subsystem equipment can be looked for be applicable to self asset management device to carry out resource reprovision for it, not only increase asset management device carries out resource reprovision accuracy to subsystem equipment, also reduce failures in resource application probability, reduce the expense of Signalling exchange, reduce the interference between subsystem, improve the spectrum efficiency of reprovision, the overall performance being conducive to network promotes.

See Fig. 4, it illustrates the method flow schematic diagram that another subsystem device capability information that the embodiment of the present invention provides is mutual, the method may be used in asset management device, can comprise:

S401: asset management device sends the first ability information to described subsystem equipment;

Wherein, described the first ability information is the reflection of described asset management device ability, the foundation of resource request that to be equally also described subsystem equipment to described asset management device send, it specifically can comprise business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority;

S402: asset management device receives the second ability information that described subsystem equipment sends;

Wherein, the second ability information is the reflection of described subsystem capacity of equipment, is equally also that described asset management device carries out the foundation of resource reprovision to described subsystem equipment; It specifically can comprise: dual-mode, described subsystem equipment that the frequency band range that the device type of described subsystem equipment, described subsystem equipment are supported and amount of bandwidth, described subsystem equipment are supported support at least one item in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment;

Can be learnt by the information type included by the second ability information, asset management device according to described the second ability information be described subsystem equipment carry out resource reprovision time, the ability of subsystem equipment can be understood accurately, thus accuracy and the reasonability of resource reprovision can be improved.

It should be noted that, identical with S201 with S202 in previous embodiment, the sequencing relation that S401 and S402 is not strict, the embodiment of the present invention does not also specifically limit the order of S401 and S402, that is, those skilled in the art, in the technical scheme process realizing the embodiment of the present invention, can select first to perform S201 or S202 as the case may be; Such as infinite, in before subsystem equipment carries out starting shooting or carrying out initialization or need application resource, first asset management device can receive the second ability information that subsystem equipment sends, then to subsystem equipment feedback the first ability information; Or first asset management device sends the first ability information to subsystem equipment, then receive the second ability information of subsystem equipment feedback.

Exemplarily, see Fig. 5, it illustrates the method flow schematic diagram that another subsystem device capability information that the embodiment of the present invention provides is mutual, the method, except S401 and S402, can also comprise:

S403: asset management device receives the available channel that main system protection node sends;

Exemplarily, the available channel that asset management device receives from main system protection node, can not be subject to the harmful interference of subsystem equipment in the process using resource because of subsystem equipment for the protection of main system.Therefore; understandable; asset management device is that the scope that subsystem equipment carries out the resource of reprovision is all no more than the available channel obtained from main system protection node, and in other words, asset management device is for subsystem equipment carries out resource reprovision in the scope of available channel.

S404: asset management device receives the resource request that subsystem equipment sends;

Exemplarily, the first ability information that subsystem equipment sends to subsystem equipment according to asset management device sends resource request to asset management device, and in detailed process previous embodiment, existing description, does not repeat them here.

S405: asset management device is that described subsystem equipment carries out resource reprovision according to described the second ability information and described available channel, obtains the decision-making of first resource reprovision;

Exemplarily, owing to including polytype information in the second ability information, therefore, asset management device also needs for information type included in the second ability information accordingly for subsystem equipment carries out resource reprovision, so, asset management device, in the scope of described available channel, can also be that described subsystem equipment carries out resource reprovision by following at least one item:

Asset management device determines the transmitting power of described subsystem equipment according to the device type of described subsystem equipment, such as, when subsystem equipment is macro base station time, asset management device just needs the coverage considering macro base station, come for the suitable transmitting power of subsystem equipment reprovision, can also preferably by channel reprovision higher for channel quality to subsystem equipment;

Described asset management device is defined as the channel number of described subsystem equipment distribution according to the dual-mode of described subsystem equipment; Such as, when subsystem equipment supports Frequency Division Duplexing (FDD) (FDD, FrequencyDivisionDuplexing) and the provisional capital up and down of subsystem equipment needs resource reprovision time, asset management device needs to distribute two or more channel to subsystem equipment, such as dividing frequency be the channel of f1 and f2 to subsystem equipment for up-downgoing; When subsystem equipment supports time division duplex (TDD, TimeDivisionDuplexing) time, asset management device can distribute a channel, and such as frequency is that the channel of f1 is to subsystem equipment;

The first reprovision decision-making of described subsystem equipment is correspondingly determined according to self reprovision ability of described subsystem equipment, wherein, the specific implementation form of the first reprovision decision-making can be by adjustment device parameter, as antenna parameter with launch template and carry out reprovision or by adjust operation parameter, as described in the working frequency points of subsystem equipment, bandwidth sum transmitting power carry out reprovision.

Asset management device obtains the first resource reprovision decision-making of subsystem equipment according to said process, and asset management device can pass through S406 subsequently: asset management device sends the decision-making of first resource reprovision to described subsystem equipment; Thus make described subsystem equipment carry out reprovision according to the decision-making of first resource reprovision to the resource of self.

Understandable, after having carried out resource reprovision, described subsystem equipment can run according to the resource of first resource reprovision decision-making institute reprovision, but in running, also may there will be the situation that interference occurs main system or other subsystem equipment described subsystem equipment, such as, main system needs the resource using first resource reprovision decision-making institute reprovision, or other subsystem equipment run in the resource of first resource reprovision decision-making institute reprovision, these all can make described subsystem equipment disturb main system or other subsystem equipment.Now, asset management device can obtain the interference of described subsystem equipment in the resource of first resource reprovision decision-making institute reprovision in the information that the resource of first resource reprovision decision-making institute reprovision is run and indicates by receiving information that the resource of main system to first resource reprovision decision-making institute reprovision use or other subsystem equipment.

After the interference instruction obtaining described subsystem equipment, described resource management system can be that described subsystem equipment carries out Secondary resource reprovision according to the second ability information of described interference instruction and described subsystem equipment, obtains the decision-making of Secondary resource reprovision; And send the decision-making of described Secondary resource reprovision to described subsystem equipment.Such process can make described asset management device corresponding can carry out resource reprovision for described subsystem equipment according to coming the real-time monitoring of resource, thus reduces subsystem equipment to the probability that interference occurs between main system and subsystem equipment.

Such as infinite, in order to reduce described subsystem equipment to the interference of other subsystem equipment, asset management device is ensureing to carry out following one or more reprovision to described subsystem equipment under the prerequisite that described subsystem equipment covers: the device parameter adjusting described subsystem equipment, such as the angle of declination of aerial angle is adjusted to 3 degree from 1 degree, and adjust described subsystem equipment operational factor, the transmitting power comparing subsystem equipment as will be described reduces 2dB etc., does not limit particularly in the present embodiment.

The method that the subsystem device capability information that embodiment shown in above-mentioned Fig. 4 and Fig. 5 proposes is mutual, asset management device can be made comprehensively to understand the ability information of subsystem equipment, thus can accurately and comprehensively for subsystem equipment carries out resource reprovision, not only increase asset management device carries out resource reprovision accuracy to subsystem equipment, also reduce failures in resource application probability, reduce the expense of Signalling exchange, reduce the interference between subsystem, improve the spectrum efficiency of reprovision, the overall performance being conducive to network promotes.

In order to carry out clearly complete explanation to the above embodiments, be described below by way of the technical scheme of specific embodiment to the embodiment of the present invention particularly.

See Fig. 6, it illustrates the detailed interaction flow schematic diagram of the mutual method of a kind of subsystem device capability information that the embodiment of the present invention provides, in the present embodiment, subsystem equipment can be the macro base station under a LTE, asset management device can be a SC, and interaction flow can comprise particularly:

S601: macro base station sends the initial message encapsulating the second ability information to SC when starting shooting;

Exemplarily, in the present embodiment, the second ability information representation ability of macro base station, include the device type of macro base station, the frequency band range of support and amount of bandwidth, support dual-mode, support the ability of carrier aggregation CA and self reprovision ability of CA bandwidth class, stationkeeping ability and described subsystem equipment.And self reprovision ability comprises, and the device parameter of macro base station reshuffles ability, operational factor reshuffles ability and reprovision strategic decision-making ability, such as device parameter can comprise antenna parameter and launch template etc., operational factor can comprise the frequency, bandwidth sum transmitting power etc. of macro base station, reprovision strategic decision-making ability refers to that described subsystem equipment can carry out the ability of resource reprovision decision-making according to the subsystem facility information of surrounding, with 1, the present embodiment represents that macro base station possesses reprovision strategic decision-making ability, 0 represents that macro base station does not possess reprovision strategic decision-making ability; Wherein, described antenna parameter comprises the multiple-input and multiple-output (MIMO of the support of described subsystem equipment, Multiple-InputMultiple-Output) antenna number, aerial angle (vertical direction, horizontal direction) adjustable extent, antenna height adjustable extent etc.; Described the second ability information can be specifically as shown in table 1, it should be noted that in table 1, tertial content is only be described the range of choices of all kinds Info attribute value and explain, not the content of described the second ability information;

Table 1

After S602:SC receives initialization information, send the feeding back confirmation message encapsulating the first ability information to macro base station;

Exemplarily, the first ability information is the reflection of SC ability, specifically can comprise business model that described asset management device supports, band limits and the support mark etc. based on the channel allocation of priority; The first ability information of concrete the present embodiment can be as shown in table 2, similar with table 1, and in table 2, tertial content is only be described the range of choices of all kinds Info attribute value and explain, not the content of described the first ability information;

table 2

Exemplarily, described feeding back confirmation message is not only the response of SC to initialization information, represent that SC has received the ability information of macro base station, and the first ability information of SC self is sent to macro base station, thus SC and macro base station can both be understood ability information each other, thus can to improve follow-up SC be that macro base station carries out rationally and resource reprovision exactly.

S603: the first ability information in feeding back confirmation message is preserved by macro base station;

So far, completed the mutual of the ability information of both sides between macro base station and SC, and the ability information of both sides to be follow-up macro base stations send to SC the foundation that resource request and SC are macro base station reprovision resource.

S604: macro base station sends resource request to SC;

Exemplarily, when the traffic overload of macro base station, macro base station carries out resource bid with regard to needs to SC; In actual applications, the quantity of SC more than one usually, therefore, in order to reduce the situation of the resource reprovision number of times increase caused because macro base station sends resource request to unaccommodated SC, macro base station specifically can comprise to SC transmission resource request:

S604a: macro base station needs the frequency range of request resource by the band limits coupling macro base station supported in the first ability information of at least one SC, obtains target SC from least one SC;

Such as, when the frequency range that macro base station needs request resource is 600MHz-700MHz time, macro base station can go to mate the band limits supported in the first ability information of received SC according to this frequency range, thus supported band limits can be selected to include the SC of this frequency range of 600MHz-700MHz as the target SC sending resource request;

Preferably, macro base station, except the frequency range that the band limits coupling supported by SC needs request resource, can also other information comprehensively in the first ability information be considered, thus the target SC that acquisition is more reasonable and applicable; Such as in the present embodiment, macro base station and can also be supported business model that described in the channel allocation capabilities match based on priority, SC supports in the first ability information and support the mark based on the channel allocation of priority according to the business model of self, obtains described target SC.

S604b: macro base station sends resource request to target SC;

S605:SC is that macro base station carries out resource reprovision according to described the second ability information and from the available channel that main system protection node obtains;

Exemplarily; owing to including the polytype ability information of macro base station in the second ability information; therefore; SC also needs to correspond to macro base station for information type included in the second ability information and carries out resource reprovision; so; SC is in the scope of the available channel obtained at main system protection node, and also comprising following at least one item is that macro base station carries out resource reprovision:

According to the device type of macro base station, SC, by considering the coverage of macro base station, comes for the suitable transmitting power of SC reprovision, can also preferably by channel reprovision higher for channel quality to macro base station;

Be that FDD, SC distribute two or more channel to macro base station according to macro base station dual-mode, such as dividing frequency be the channel of f1 and f2 to macro base station for up-downgoing;

Possess stationkeeping ability according to macro base station, SC is that macro base station distributes frequency spectrum resource according to the frequency band range of the positional information of macro base station and macro base station support and amount of bandwidth;

Support CA according to macro base station, and CA bandwidth class is C, therefore SC by 100MHz to 200MHz scope for macro base station distributes two carrier components, the bandwidth of each carrier component is 5MHz;

The way of realization of macro base station reprovision decision-making is correspondingly determined according to self reprovision ability of macro base station, wherein, way of realization can be by adjustment device parameter particularly, as antenna parameter with launch template and carry out reprovision or by adjust operation parameter, as the working frequency points of macro base station, bandwidth sum transmitting power carry out reprovision.

S606:SC sends the decision-making of first resource reprovision to macro base station;

Exemplarily, SC obtains the decision-making of first resource reprovision through performing S605, and the decision-making of described first resource reprovision can be sent to macro base station by SC.

S607: macro base station runs according to the resource of first resource reprovision decision-making institute reprovision;

Particularly, macro base station operates to the routine techniques means of those skilled in the art according to the resource of first resource reprovision decision-making institute reprovision, and the present embodiment does not repeat them here.

See Fig. 7; it illustrates the detailed interaction flow schematic diagram of the mutual method of another kind of subsystem device capability information that the embodiment of the present invention provides; in the present embodiment; subsystem equipment can be the macro base station under a LTE; asset management device can be a SC; main system protection node is GLDB, and interaction flow can comprise particularly:

S701: when macro base station meets resource trigger condition, sends the first ability information request message to SC;

Exemplarily, described resource trigger condition can be macro base station traffic overload, or serious interference, or the business of macro base station is unbalanced, or operator is to the change etc. of macro base station operation reserve.

S702:SC is to macro base station feedback the first ability information;

Exemplarily, about the content of the first ability information, the embodiment shown in Fig. 6 is described later in detail, and does not repeat them here.

S703: the second ability Information encapsulation is sent resource request to SC by macro base station in cooperation channel request message;

Exemplarily, described cooperation channel request message refers to the channel request message that multiplexing macro base station of the prior art sends to SC in the present embodiment; About the content of the second ability information, the embodiment shown in Fig. 6 is also described later in detail, and does not repeat them here.

S704:SC, according to the resource request of macro base station and the second ability information, sends resource bid to GLDB;

Exemplarily, described resource bid can contain device parameter information and the positional information of macro base station, and such as, device parameter information can be transmitting power scope, antenna parameter, transmitting template, the device type of macro base station; Positional information can be the longitude of macro base station, latitude, highly;

S705:GLDB, according to the device parameter information of macro base station and positional information, is macro base station distribution available channel;

In the present embodiment, to enumerate and infinite, described available channel can be represented by the form of list, as shown in table 3:

Available channel	f1	f2	f3
				The maximum transmission power allowed	P1	P2	P3

Table 3

S706:SC receives the available channel that GLDB sends;

S707:SC is that described macro base station carries out resource reprovision according to the coexistence characteristics of described available channel, the second ability information and other macro base stations;

Exemplarily, SC is the process existing description in the embodiment shown in fig. 6 that described macro base station carries out resource reprovision according to described available channel, the second ability information, does not repeat them here.

But, SC also needs the coexistence characteristics considering described macro base station and other subsystem equipment, and such as, SC finds that described macro base station causes interference at other macro base stations that the maximum transmission power P2 of channel f2 is adjacent to described macro base station, therefore, SC allocated channel f1 and f3 gives described macro base station.

S708:SC sends the decision-making of first resource reprovision to described macro base station;

S709: described macro base station runs according to the resource of first resource reprovision decision-making institute reprovision;

It should be noted that, the specific implementation process of S708 with S709 is consistent with embodiment illustrated in fig. 6, does not repeat them here.

See Fig. 8; it illustrates the detailed interaction flow schematic diagram of the mutual method of another subsystem device capability information that the embodiment of the present invention provides; in the present embodiment; subsystem equipment can be the macro base station under a LTE; asset management device can be a SC; main system protection node is GLDB, and concrete interaction flow can comprise:

S801:SC sends the second ability information request encapsulating the first ability information to macro base station;

S802: macro base station preserves the first ability information, and send the second ability information to SC;

S803: macro base station, when resource traffic overload, sends resource request according to the first ability information to SC;

S804:SC is that macro base station carries out resource reprovision according to described the second ability information and from the available channel that main system protection node obtains;

S805:SC sends the decision-making of first resource reprovision to described macro base station;

S806: described macro base station runs according to the resource of first resource reprovision decision-making institute reprovision;

Understandable, the first ability information and the second ability information are existing all in the aforementioned embodiment to be described, and does not repeat them here, and the detailed process of S803 to S806 is also described in embodiment as shown in Figure 7, also no longer repeats.

After SC has carried out resource reprovision, macro base station can run according to the resource of first resource reprovision decision-making institute reprovision, but in the running of macro base station, also may there will be the situation that interference occurs main system or other macro base stations macro base station, such as, main system needs the resource using first resource reprovision decision-making institute reprovision, or other macro base stations run in the resource of first resource reprovision decision-making institute reprovision, and these all can make described macro base station disturb main system or other macro base stations.Now, can also comprise:

S807:SC obtains the interference instruction of described macro base station in the resource of first resource reprovision decision-making institute reprovision;

Exemplarily, the concrete mode that SC obtains described interference instruction can be: the information that the resource of main system to first resource reprovision decision-making institute reprovision that SC can send by receiving GLDB uses, or receive the information etc. that other macro base stations run in the resource of first resource reprovision decision-making institute reprovision, thus the interference instruction of described macro base station in the resource of first resource reprovision decision-making institute reprovision can be obtained; Such as, SC receives the main system that GLDB sends and occurs on channel f1, or receives the interference to other macro base stations on channel f1 of described macro base station, and these are all the interference instructions of described macro base station.

S808:SC is that described macro base station carries out Secondary resource reprovision according to described interference instruction and the second ability information, obtains the decision-making of Secondary resource reprovision;

S809:SC sends the decision-making of Secondary resource reprovision to described macro base station;

Particularly, in order to reduce the interference of described macro base station to other macro base stations, SC can ensure to carry out following one or more reprovision to described macro base station under the prerequisite that described macro base station covers: the device parameter adjusting described macro base station, such as the angle of declination of aerial angle is adjusted to 3 degree from 1 degree, and adjust the operational factor of described macro base station, the transmitting power comparing macro base station as will be described reduces 2dB etc., does not limit particularly in the present embodiment.Such adjustment can make SC can be that described macro base station carries out resource reprovision accordingly according to the real-time monitoring of resource, thus reduces macro base station to the probability occurring between main system and macro base station to disturb.

S810: described macro base station runs according to the resource of Secondary resource reprovision decision-making institute reprovision.

As shown in Figure 9 A, it illustrates the detailed interaction flow of the mutual method of another subsystem device capability information that the embodiment of the present invention provides, in the present embodiment, in scene as shown in Figure 9 B, subsystem equipment can be the macro base station under 5 LTE, these 5 macro base stations be designated BS1, BS2, BS3, BS4, BS5; Asset management device also can be at least one SC, and manages the resource reprovision of these five macro base stations; Main system protection node is GLDB, and interaction flow can comprise particularly:

S901:SC sends the capability information request message encapsulating SC self the first ability information to macro base station;

Wherein, described capability information request message is used for macro base station request the second ability information;

S902: macro base station is determined to send the second ability information to described SC according to the first ability information;

Understandable, in order to reduce the situation of the resource reprovision number of times increase caused because macro base station sends resource request to unaccommodated SC, macro base station can determine target SC according to the first ability information of at least one SC from least one SC, and send the second ability information to this target SC, detailed process as described in S604a to S604b, can not repeat them here.

S903:SC carries out sub-clustering according to the second ability information of macro base station to macro base station;

Exemplary, SC can receive the second ability information that at least one macro base station sends, and therefore can carry out the foundation of sub-clustering according to the ability information of one or more types in the second ability information; Such as, according to supported frequency band range and device type, macro base station is divided into different bunches; Or according to the position relationship between macro base station, adjacent or have cover overlapping macro base station be divided into one bunch, such as BS1 and BS2 is divided into bunch A, a BS3, BS4 and BS5 is divided into a bunch B; Or according to self reprovision ability of macro base station as the adjustable range of device parameter, antenna directional angle and antenna height difference, the macro base station in certain threshold value is divided into one bunch; Or supporting that the macro base station of identical dual-mode is divided into one bunch, as BS1 ~ BS2 supports LTETDD, being divided into bunch A, a BS3 ~ BS5 and supporting that LTEFDD is divided into a bunch B.

The present embodiment is divided into bunch A, a BS3 with BS1 and BS2, BS4 and BS5 is divided into a bunch B and is described.

S904:BS1 sends resource bid to SC;

Exemplary, after SC is complete by S903 sub-clustering, a macro base station can be selected to send resource bid as the representative of this bunch to SC for each bunch; In the present embodiment, be described for the representative BS1 of bunch A, all the other macro base stations are identical with it, repeat no more.

S905:SC is that resource reprovision is carried out at BS1 place bunch, obtains first available resources at BS1 place bunch;

It should be noted that, resource distribution is carried out at the place bunch that SC can be BS1 according to foundation during sub-clustering; Thus first available resources of bunch A at BS1 place can be obtained.

S906:SC sends first available resources at BS1 place bunch to BS1;

S907:BS1 consults with bunch other macro base stations, in the orientation of described first available resources, coordinate the second respective available resources.

Specific embodiment shown in above Fig. 6 to Fig. 9, the method embodying subsystem device capability information that the embodiment of the present invention proposes further mutual is the ability information that asset management device can be made comprehensively to understand subsystem equipment, thus can accurately and comprehensively for subsystem equipment carries out resource reprovision, not only increase asset management device carries out resource reprovision accuracy to subsystem equipment, also reduce failures in resource application probability, reduce the expense of Signalling exchange, reduce the interference between subsystem, improve the spectrum efficiency of reprovision, the overall performance being conducive to network promotes.

See Figure 10, it illustrates the structural representation of a kind of subsystem equipment 90 that the embodiment of the present invention provides, this equipment 100 can comprise: the first receiving element 1001, memory cell 1002 and the first transmitting element 1003, wherein,

Described first receiving element 1001 for, receive the first ability information sent by asset management device, the foundation of described the first ability information to be described first transmitting element to described asset management device send resource request;

Described memory cell 1002 for, preserve described the first ability information;

Described first transmitting element 1003 for, send the second ability information to described asset management device, described the second ability information is that described asset management device carries out the foundation of resource reprovision to described subsystem equipment 100.

Exemplarily, the first ability information is the reflection of described asset management device ability; It specifically can comprise business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority;

Further, described business model comprises information service pattern and/or management service pattern, described information service modal representation asset management device provides the resource using information of other subsystem equipment to described subsystem equipment 100, itself resource decision is carried out by described subsystem equipment 100, described in described management service modal representation, subsystem equipment 100 reports resource request to described asset management device, carries out the decision-making of resource reprovision by described asset management device; Described support can be represented by 1 and 0 based on the mark of the channel allocation of priority, and such as, described asset management device support then represents with 1 based on the channel allocation of priority, otherwise then represents with 0.

Exemplarily, the second ability information is the reflection of described subsystem equipment 100 ability; It specifically can comprise: dual-mode, described subsystem equipment 100 that the frequency band range that the device type of described subsystem equipment 100, described subsystem equipment 100 are supported and amount of bandwidth, described subsystem equipment 100 are supported support at least one item in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment 100 and self reprovision ability of described subsystem equipment 100;

Further, the device type of described subsystem equipment 100 can comprise: macro base station, micro-base station, femto base station, Home eNodeB etc.; What self reprovision ability of described subsystem equipment 100 comprised the device parameter of described subsystem equipment 100 reshuffles ability, the operational factor of the antenna parameter of such as described subsystem equipment 100 and transmitting template etc., described subsystem equipment 100 reshuffles ability, the such as frequency of described subsystem equipment 100, bandwidth sum transmitting power and reprovision strategic decision-making ability; Wherein, described antenna parameter comprises the multiple-input and multiple-output (MIMO of the support of described subsystem equipment 100, Multiple-InputMultiple-Output) antenna number, aerial angle (vertical direction, horizontal direction) adjustable extent, antenna height adjustable extent etc.; Described reprovision strategic decision-making ability refers to that described subsystem equipment 100 can carry out the ability of resource reprovision decision-making according to the subsystem facility information of surrounding.

Exemplarily, described first transmitting element 1003 is also for sending resource request according to described the first ability information to described asset management device;

Described first receiving element 1001 also for, receive described asset management device and the resource reprovision decision-making sent.

Further, see Figure 11, described first transmitting element 1003 can comprise: matching module 10031 and sending module 10032, wherein,

Described matching module 10031 for, the band limits coupling according to supporting in the first ability information of at least one asset management device needs the frequency range of request resource, from least one asset management device described, determine target resource management equipment;

Such as, when subsystem equipment 100 needs the frequency range of request resource to be 600MHz-700MHz, wherein MHz represents cps, time for megahertz, the band limits supported in the first ability information of all asset management devices received by described matching module 10031 can go to mate according to this frequency range, therefrom selects the band limits supported to include the asset management device of this frequency range of 600MHz-700MHz as the target resource management equipment sending resource request;

Preferably, described matching module 10031 is except the band limits supported by described asset management device mates the frequency range needing request resource, other information comprehensively in the first ability information can also consider, thus obtain more reasonable and applicable target resource management equipment; Therefore, described matching module 10031 can also be used for, according to the business model of described subsystem equipment 100 and support business model that described in the channel allocation capabilities match based on priority, described in the first ability information, asset management device is supported and support the mark based on the channel allocation of priority, determine described target resource management equipment.

Described sending module 10032 for, send resource request to described target resource management equipment, resource reprovision can be carried out to described subsystem equipment 100 to make target resource management equipment.

Present embodiments provide a kind of subsystem equipment 100, subsystem equipment 100 can be allowed on purpose to carry out resource request to asset management device by the first ability information of asset management device, thus subsystem equipment 100 can be looked for be applicable to self asset management device to carry out resource reprovision for it, not only increase asset management device carries out resource reprovision accuracy to subsystem equipment 100, also reduce failures in resource application probability, reduce the expense of Signalling exchange, reduce the interference between subsystem, improve the spectrum efficiency of reprovision, the overall performance being conducive to network promotes.

Based on Figure 10 and Figure 11, see Figure 12, it illustrates the hardware configuration schematic diagram of a kind of subsystem equipment 100 that the embodiment of the present invention provides, as shown in the figure, subsystem equipment 100 comprises processor 1201, memory 1202, user interface 1203, network interface 1204 and communication bus 1205.

Communication bus 1205 is for the communication between building block each in subsystem equipment 100, this communication bus 1205 can be industry standard architecture (ISA, IndustryStandardArchitecture) bus, peripheral component interconnect (PCI, PeripheralComponent) bus or extended industry-standard architecture (EISA, ExtendedIndustryStandardArchitecture) buses etc., this communication bus 1205 can be divided into address bus, data/address bus, control bus etc.For ease of representing, only representing with a thick line in Figure 12, but not representing the bus only having a bus or a type;

User interface 1203 may be used for the information receiving user's input, and this user interface can be wireline interface and wave point, such as keyboard, mouse etc.;

Network interface 1204 communicates mutually with outside for broadcasting server, and this network interface also can include line interface and wave point;

Memory 1202 can comprise one or more computer-readable recording mediums, may comprise high-speed RAM memory, still may comprise nonvolatile memory (non-volatilememory), such as at least one magnetic disc store; And it not only can comprise internal storage, external memory storage can also be comprised.Store operating system in this memory 1202 and realize the program code or application program etc. of the subsystem alternating equipment capability shown in embodiment of the present invention Fig. 2 and Fig. 3.

Processor 1201 for calling the program code realizing the subsystem alternating equipment capability shown in embodiment of the present invention Fig. 2 and Fig. 3 in memory 1202 or application program, to perform following operation:

Received the first ability information sent by asset management device by network interface 1204, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device;

Send the second ability information by network interface 1204 to described asset management device, described the second ability information is that described asset management device carries out the foundation of resource reprovision to described subsystem equipment.

See Figure 13, it illustrates the structural representation of a kind of asset management device 130 that the embodiment of the present invention provides, can comprise: the second transmitting element 1301 and the second receiving element 1302, wherein,

Described second transmitting element 1301 for, send the first ability information to described subsystem equipment, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device 130;

Described second receiving element 1302 for, receive described subsystem equipment send the second ability information, described the second ability information is that described asset management device 130 carries out the foundation of resource reprovision to described subsystem equipment.

Exemplarily, described the first ability information is the reflection of described asset management device 130 ability, and it specifically can comprise business model that described asset management device 130 supports, band limits and support based at least one item in the mark of the channel allocation of priority;

Further, described business model comprises information service pattern and/or management service pattern, described information service modal representation asset management device 130 provides the resource using information of other subsystem equipment to described subsystem equipment, itself resource decision is carried out by described subsystem equipment, described in described management service modal representation, subsystem equipment reports resource request to described asset management device 130, carries out the decision-making of resource reprovision by described asset management device 130; Described support can be represented by 1 and 0 based on the mark of the channel allocation of priority, and such as, described asset management device 130 is supported then to represent with 1 based on the channel allocation of priority, otherwise then represents with 0.

Exemplarily, the second ability information is the reflection of described subsystem capacity of equipment; It specifically can comprise: dual-mode, described subsystem equipment that the frequency band range that the device type of described subsystem equipment, described subsystem equipment are supported and amount of bandwidth, described subsystem equipment are supported support at least one item in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment;

By the information type included by the second ability information, can find out, the second ability information that the embodiment of the present invention proposes than subsystem equipment in prior art to asset management device 130 feed back self information more comprehensively and complete, asset management device 130 can be made like this when carrying out resource reprovision for subsystem equipment, the ability of subsystem equipment can be understood accurately, thus accuracy and the reasonability of resource reprovision can be improved.

Exemplarily, described second receiving element 1302 also for, receive main system protection node send available channel;

And receive the resource request of described subsystem equipment transmission;

See Figure 14, described asset management device 130 also comprises: resource reprovision unit 1303, for being that described subsystem equipment carries out resource reprovision according to described the second ability information and described available channel, obtains the decision-making of first resource reprovision;

Described second transmitting element 1301 also for, send the decision-making of described first resource reprovision to described subsystem equipment.

Further, the available channel that asset management device 130 obtains from main system protection node, can not be subject to the harmful interference of subsystem equipment in the process using resource because of subsystem equipment for the protection of main system.Therefore; understandable; the scope that resource reprovision unit 1303 carries out the resource of reprovision for subsystem equipment is all no more than the available channel obtained from main system protection node, and in other words, resource reprovision unit 1303 is for subsystem equipment carries out resource reprovision in the scope of available channel.

It should be noted that, owing to including polytype information in the second ability information, therefore, resource reprovision unit 1303 also needs for information type included in the second ability information accordingly for subsystem equipment carries out resource reprovision, so, resource reprovision unit 1303 specifically for, in the scope of described available channel, can also be that described subsystem equipment carries out resource reprovision by following at least one item:

The transmitting power of described subsystem equipment is determined according to the device type of described subsystem equipment, such as, when subsystem equipment is macro base station time, resource reprovision unit 1303 just needs the coverage considering macro base station, come for the suitable transmitting power of subsystem equipment reprovision, can also preferably by channel reprovision higher for channel quality to subsystem equipment;

The channel number of described subsystem equipment distribution is defined as according to the dual-mode of described subsystem equipment, such as, when subsystem equipment supports Frequency Division Duplexing (FDD) (FDD, FrequencyDivisionDuplexing) and the provisional capital up and down of subsystem equipment needs resource reprovision time, resource reprovision unit 1303 needs to distribute two or more channel to subsystem equipment, such as dividing frequency be the channel of f1 and f2 to subsystem equipment for up-downgoing; When subsystem equipment supports time division duplex (TDD, TimeDivisionDuplexing) time, resource reprovision unit 1303 can distribute a channel, and such as frequency is that the channel of f1 is to subsystem equipment;

Further, after resource reprovision unit 1303 has carried out resource reprovision, second transmitting element 1301 also for, send the decision-making of described first resource reprovision to described subsystem equipment, described subsystem equipment can run according to the resource of first resource reprovision decision-making institute reprovision.

But in running, also may there will be the situation that interference occurs main system or other subsystem equipment described subsystem equipment, such as, main system needs the resource using first resource reprovision decision-making institute reprovision, or other subsystem equipment run in the resource of first resource reprovision decision-making institute reprovision, and these all can make described subsystem equipment disturb main system or other subsystem equipment.

Now, resource reprovision unit 1303 also for, the second ability information according to the interference of described subsystem equipment instruction and described subsystem equipment is that described subsystem equipment carries out Secondary resource reprovision, obtains the decision-making of Secondary resource reprovision;

Such as infinite, in order to reduce described subsystem equipment to the interference of other subsystem equipment, resource reprovision unit 1303 is ensureing to carry out following one or more reprovision to described subsystem equipment under the prerequisite that described subsystem equipment covers: the device parameter adjusting described subsystem equipment, such as the angle of declination of aerial angle is adjusted to 3 degree from 1 degree, and adjust described subsystem equipment operational factor, the transmitting power comparing subsystem equipment as will be described reduces 2dB etc., does not limit particularly in the present embodiment.

Described second transmitting element 1301 also for, send the decision-making of Secondary resource reprovision to described subsystem equipment; Described asset management device 130 so just can be made corresponding can to carry out resource reprovision for described subsystem equipment according to coming the real-time monitoring of resource, thus reduce subsystem equipment to the probability that interference occurs between main system and subsystem equipment.

Present embodiments provide a kind of asset management device 130, asset management device 130 can be made comprehensively to understand the ability information of subsystem equipment, thus can accurately and comprehensively for subsystem equipment carries out resource reprovision, not only increase the accuracy that asset management device 130 pairs of subsystem equipment carry out resource reprovision, also reduce failures in resource application probability, reduce the expense of Signalling exchange, reduce the interference between subsystem, improve the spectrum efficiency of reprovision, the overall performance being conducive to network promotes.

Based on Figure 13 and Figure 14, see Figure 15, it illustrates the hardware configuration schematic diagram of a kind of asset management device 130 that the embodiment of the present invention provides, as shown in the figure, asset management device 130 can comprise: processor 1501, memory 1502, user interface 1503, network interface 1504 and communication bus 1505.

Communication bus 1505 is for the communication between building block each in subsystem equipment 100, this communication bus 1505 can be industry standard architecture (ISA, IndustryStandardArchitecture) bus, peripheral component interconnect (PCI, PeripheralComponent) bus or extended industry-standard architecture (EISA, ExtendedIndustryStandardArchitecture) buses etc., this communication bus 1505 can be divided into address bus, data/address bus, control bus etc.For ease of representing, only representing with a thick line in Figure 15, but not representing the bus only having a bus or a type;

User interface 1503 may be used for the information receiving user's input, and this user interface can be wireline interface and wave point, such as keyboard, mouse etc.;

Network interface 1504 communicates mutually with outside for broadcasting server, and this network interface also can include line interface and wave point;

Memory 1502 can comprise one or more computer-readable recording mediums, may comprise high-speed RAM memory, still may comprise nonvolatile memory (non-volatilememory), such as at least one magnetic disc store; And it not only can comprise internal storage, external memory storage can also be comprised.Store operating system in this memory 1502 and realize the program code or application program etc. of the subsystem alternating equipment capability shown in embodiment of the present invention Fig. 4 and Fig. 5.

Processor 1501 for calling the program code realizing the subsystem alternating equipment capability shown in embodiment of the present invention Fig. 4 and Fig. 5 in memory 1502 or application program, to perform following operation:

Send the first ability information by network interface 1504 to described subsystem equipment, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device;

Received the second ability information of described subsystem equipment transmission by network interface 1504, described the second ability information is that described asset management device carries out the foundation of resource reprovision to described subsystem equipment.

See Figure 16, the structural representation of the system that a kind of subsystem device capability information provided for the embodiment of the present invention is mutual, as shown in the figure, this system can comprise: subsystem equipment 100 and asset management device 130, wherein,

Described subsystem equipment 100 for, receive the first ability information sent by described asset management device 130;

And send the second ability information to described asset management device 130;

Described asset management device 130 for, send the first ability information to described subsystem equipment 100;

And receive the second ability information of described subsystem equipment 100 transmission;

Wherein, described the first ability information is that described subsystem equipment 100 sends the foundation of resource request to described asset management device 130;

Described the second ability information is that described asset management device 130 carries out the foundation of resource reprovision to described subsystem equipment 100.

Exemplarily, described subsystem equipment 100 also for:

Resource request is sent to described asset management device 130 according to described the first ability information;

And the resource reprovision decision-making receiving described asset management device 130 and send.

Exemplarily, described asset management device 130 also for:

Receive the available channel that main system protection node sends;

And receive the resource request of described subsystem equipment 100 transmission;

And be that described subsystem equipment 100 carries out resource reprovision according to described the second ability information and described available channel, obtain the decision-making of first resource reprovision;

And send the decision-making of described first resource reprovision to described subsystem equipment 100.

Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt the form of hardware embodiment, software implementation or the embodiment in conjunction with software and hardware aspect.And the present invention can adopt in one or more form wherein including the upper computer program implemented of computer-usable storage medium (including but not limited to magnetic disc store and optical memory etc.) of computer usable program code.

The present invention describes with reference to according to the flow chart of the method for the embodiment of the present invention, equipment (system) and computer program and/or block diagram.Should understand can by the combination of the flow process in each flow process in computer program instructions realization flow figure and/or block diagram and/or square frame and flow chart and/or block diagram and/or square frame.These computer program instructions can being provided to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, making the instruction performed by the processor of computer or other programmable data processing device produce device for realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.

These computer program instructions also can be stored in can in the computer-readable memory that works in a specific way of vectoring computer or other programmable data processing device, the instruction making to be stored in this computer-readable memory produces the manufacture comprising command device, and this command device realizes the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.

These computer program instructions also can be loaded in computer or other programmable data processing device, make on computer or other programmable devices, to perform sequence of operations step to produce computer implemented process, thus the instruction performed on computer or other programmable devices is provided for the step realizing the function of specifying in flow chart flow process or multiple flow process and/or block diagram square frame or multiple square frame.

The above, be only preferred embodiment of the present invention, be not intended to limit protection scope of the present invention.

Claims

1. the method that subsystem device capability information is mutual, is characterized in that, described method comprises:

2. method according to claim 1, is characterized in that, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device;

3. method according to claim 1, is characterized in that, described the first ability information comprises business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority; Wherein, described business model comprises information service pattern and/or management service pattern.

4. method according to claim 1, it is characterized in that, described the second ability information comprises the device type of described subsystem equipment, at least one item that the dual-mode that frequency band range that described subsystem equipment is supported and amount of bandwidth, described subsystem equipment are supported, described subsystem equipment are supported in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment;

5. the method according to any one of Claims 1-4, is characterized in that, described method also comprises:

6. method according to claim 5, is characterized in that, described subsystem equipment sends resource request according to described the first ability information to described asset management device, comprising:

7. method according to claim 6, is characterized in that, described method also comprises:

8. the method that subsystem device capability information is mutual, is characterized in that, described method comprises:

9. method according to claim 8, is characterized in that, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device;

10. method according to claim 8, is characterized in that, described the first ability information comprises business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority; Wherein, described business model comprises information service pattern and/or management service pattern.

11. methods according to claim 8, it is characterized in that, described the second ability information comprises the device type of described subsystem equipment, at least one item that the dual-mode that frequency band range that described subsystem equipment is supported and amount of bandwidth, described subsystem equipment are supported, described subsystem equipment are supported in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment;

Method described in 12. any one of according to Claim 8 to 11, it is characterized in that, described method also comprises:

13. methods according to claim 12, is characterized in that, described asset management device is that described subsystem equipment carries out resource reprovision according to described the second ability information and described available channel, comprising:

In the scope of described available channel,

14. methods according to claim 12, is characterized in that, described method also comprises:

15. 1 kinds of subsystem equipment, is characterized in that, described equipment comprises: the first receiving element, memory cell and the first transmitting element, wherein,

16. equipment according to claim 15, is characterized in that, described the first ability information is that described first transmitting element sends the foundation of resource request to described asset management device;

17. equipment according to claim 15, is characterized in that, described the first ability information comprises business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority; Wherein, described business model comprises information service pattern and/or management service pattern.

18. equipment according to claim 15, it is characterized in that, described the second ability information comprises the device type of described subsystem equipment, at least one item that the dual-mode that frequency band range that described subsystem equipment is supported and amount of bandwidth, described subsystem equipment are supported, described subsystem equipment are supported in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment;

19., according to claim 15 to the equipment described in 18, is characterized in that, described first transmitting element is also for sending resource request according to described the first ability information to described asset management device;

20. equipment according to claim 19, is characterized in that, described first transmitting element comprises: matching module and sending module, wherein,

21. equipment according to claim 20, it is characterized in that, described matching module also for, according to the business model of described subsystem equipment and support business model that described in the channel allocation capabilities match based on priority, described in the first ability information, asset management device is supported and support the mark based on the channel allocation of priority, determine described target resource management equipment.

22. 1 kinds of asset management devices, is characterized in that, described equipment comprises: the second transmitting element and the second receiving element, wherein,

23. equipment according to claim 22, is characterized in that, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device;

24. equipment according to claim 22, is characterized in that, described the first ability information comprises business model that described asset management device supports, band limits and support based at least one item in the mark of the channel allocation of priority; Wherein, described business model comprises information service pattern and/or management service pattern.

25. equipment according to claim 22, it is characterized in that, described the second ability information comprises the device type of described subsystem equipment, at least one item that the dual-mode that frequency band range that described subsystem equipment is supported and amount of bandwidth, described subsystem equipment are supported, described subsystem equipment are supported in the ability of carrier aggregation CA and CA bandwidth class, the stationkeeping ability of described subsystem equipment and self reprovision ability of described subsystem equipment;

26. equipment according to any one of claim 22 to 25, is characterized in that,

Described second receiving element also for, receive main system protection node send available channel;

And receive the resource request of described subsystem equipment transmission;

27. equipment according to claim 26, is characterized in that, described resource reprovision unit is used for, in the scope of described available channel,

28. equipment according to claim 26, it is characterized in that, described resource reprovision unit also for, the second ability information according to the interference of described subsystem equipment instruction and described subsystem equipment is that described subsystem equipment carries out Secondary resource reprovision, obtains the decision-making of Secondary resource reprovision;

The system that 29. 1 kinds of subsystem device capability informations are mutual, is characterized in that, described system comprises subsystem equipment and asset management device, wherein,

And send the second ability information to described asset management device;

30. systems according to claim 29, is characterized in that, described the first ability information is that described subsystem equipment sends the foundation of resource request to described asset management device;

31. systems according to claim 29 or 30, is characterized in that, described subsystem equipment also for:

32. systems according to claim 29 or 30, is characterized in that, described asset management device also for:

Receive the available channel that main system protection node sends;

And receive the resource request of described subsystem equipment transmission;