CN105264980A

CN105264980A - Mvno resource control method and device

Info

Publication number: CN105264980A
Application number: CN201380000538.6A
Authority: CN
Inventors: 王春光; 于益俊
Original assignee: Huawei Technologies Co Ltd
Current assignee: Huawei Technologies Co Ltd
Priority date: 2013-06-27
Filing date: 2013-06-27
Publication date: 2016-01-20
Anticipated expiration: 2033-06-27
Also published as: WO2014205744A1; CN105264980B

Abstract

An embodiment of the present invention discloses an MVNO resource control method. The method comprises: obtaining resource use condition information of each MVNO in at least one access network element; separately generating a resource control policy of each MVNO according to the resource use condition information of each MVNO; and sending the resource control policy of each MVNO to a target network element, so that the target network element controls a resource of each MVNO according to the resource control policy, the target network element comprising the at least one access network element and/or core network element. Correspondingly, an embodiment of the present invention also discloses a related device. By means of the embodiments of the present invention, the resource of an MVNO can be properly used.

Description

Mvno resource control method and device

A kind of MVNO resource control methods and equipment

Technical field

The present invention relates to the communications field, more particularly to a kind of MVNO resource control methods and equipment.Background technology

MVNO（Mobile Virtual Network Operator, MVNO) business be built upon Mobile Network Operator（Mobile Network Operator, MNO) network on, i.e. MVNO develops the business of oneself by taking MNO Internet resources.The control used at present in the resource to MVNO can only be carried out in base station, i.e., the resource for the MVNO that can only be controlled by the BTS management base station, and MVNO resource can not be controlled in core net.And MVNO resources are distributed across multiple base stations, thus it is possible that certain MVNO under a base station takes excessive MNO resources, and other MVNO business is influenceed.Or the MVNO resource utilizations under a base station are too high, and this is low for the resource utilization of the MVNO under another base station.In summary, current MVNO resource uses unreasonable.The content of the invention

The embodiments of the invention provide a kind of MVNO resource control methods and equipment, MVNO resource can be made to obtain reasonable employment.

In a first aspect, the embodiment of the present invention provides a kind of MVNO resource control methods, including：Obtain resource service condition information of each MVNO at least one access network element；

According to the resource service condition information of each MVNO, the resource control scheme of each MVNO is generated respectively；

The resource control scheme of each MVNO is sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；

Wherein, the target network element includes at least one described access network element and/or core network element.

In the first possible implementation, the resource service condition information for obtaining each MVNO at least one access network element, including： Receive the resource service condition information of each MVNO in the access network element that at least one described access network element is sent；Or

Receive the resource service condition information that each MVNO in the access network element is carried in the general packet wireless service tunnel protocol GTP-U message for the user level that at least one described access network element is sent, the GTP-U message.

With reference to any of the above-described implementation of first aspect, in second of possible implementation of first aspect, the resource control scheme includes：

First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Secondary resource scheduling strategy for dispatching the resource that user uses.

With reference to second of possible implementation of first aspect, in the third possible implementation of first aspect, the resource service condition information includes user data transmission rate information；

After the resource service condition information that each MVNO is obtained at least one access network element, the resource service condition information according to each MVNO, before the resource control scheme that each MVNO is generated respectively, methods described also includes：

The user data transmission rate information included according to the resource service condition information of the acquisition judges targeted customer, and the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold；

The Secondary resource scheduling strategy for being used to dispatch the resource that user uses includes the Secondary resource scheduling strategy for adjusting the message transmission rate of the targeted customer.

Second aspect, the embodiment of the present invention provides a kind of MVNO resource control methods, including：In a first aspect, the embodiment of the present invention provides a kind of MVNO resource control methods, including：

Receive the resource control scheme for each MVNO that MVNO resource controls are sent；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

The resource of each MVNO in core network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in core network element and the resource service condition at least one access network element are consistent.

In the first possible implementation of second aspect, the resource control scheme includes：First resource scheduling strategy for the scheduling of resource between MVNO；And/or Secondary resource scheduling strategy for dispatching the resource that user uses.

It is described that the resource of each MVNO is controlled according to the resource control scheme in second of possible implementation of second aspect with reference to any of the above-described implementation of second aspect, including：Resource between each MVNO according to being dispatched the resource control scheme；And/or the resource that user uses is dispatched according to the resource control scheme；And/or

Each MVNO QoS parameter according to being adjusted the resource control scheme.

It is described that the resource that user uses is dispatched according to the resource control scheme in the third possible implementation of second aspect with reference to second of possible implementation of second aspect, including：

The message transmission rate of targeted customer is adjusted, wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.

With reference to the third possible implementation of second possible implementation or second aspect of second aspect, in the 4th kind of possible implementation of second aspect, the QoS parameter includes at least one of following：

The total polymerization Maximum Bit Rate of all guaranteed rate carryings of the total polymerization bit rate of access network element, user and the total polymerization ensures bit rate of all guaranteed rate carryings of user.

The third aspect, the embodiment of the present invention provides a kind of MVNO resource control methods, including：Receive the resource control scheme for each MVNO that MVNO resource controls are sent；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

The resource of each MVNO in access network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.

In the first possible implementation of the third aspect, before the resource control scheme for each MVNO that the reception MVNO resource controls are sent, methods described also includes：

Resource service condition information of each MVNO in the access network element is sent to the MVNO resource controls.

With reference to any of the above-described implementation of the third aspect, in second of possible implementation of the third aspect, the resource control scheme includes：

First resource scheduling strategy for the scheduling of resource between MVNO；And/or Secondary resource scheduling strategy for dispatching the resource that user uses.

It is described that the resource of each MVNO is controlled according to the resource control scheme in the third possible implementation of the third aspect with reference to any of the above-described implementation of the third aspect, including：Resource between each MVNO according to being dispatched the resource control scheme；And/or the resource that user uses is dispatched according to the resource control scheme.

It is described that the resource that user uses is dispatched according to the resource control scheme in the 4th kind of possible implementation of the third aspect with reference to the third possible implementation of the third aspect, including：

The resource that uses of adjustment targeted customer, and the configured information of the message transmission rate for adjusting the targeted customer is sent to the targeted customer, so that the targeted customer adjusts message transmission rate；Wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.

Fourth aspect, the embodiment of the present invention provides a kind of MVNO resource control devices, including：Acquiring unit, generation unit and transmitting element, wherein：

The acquiring unit, for obtaining resource service condition information of each MVNO at least one access network element；

The generation unit, for the resource service condition information according to each MVNO, generates the resource control scheme of each MVNO respectively；

The transmitting element, for the resource control scheme of each MVNO to be sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；Wherein, the target network element includes at least one described access network element and/or core network element.

In the first possible implementation of fourth aspect, the acquiring unit is additionally operable to receive the resource service condition information of each MVNO in the access network element that at least one described access network element is sent；Or the acquiring unit is additionally operable to receive the resource service condition information for carrying each MVNO in the access network element in the GTP-U message that at least one described access network element is sent, the GTP-U message.

With reference to any of the above-described implementation of fourth aspect, in second of possible implementation of fourth aspect, the resource control scheme includes：

With reference to second of possible implementation of fourth aspect, in the third possible realization of fourth aspect In mode, the resource service condition information includes user data transmission rate information；

The equipment also includes：

Judging unit, user data transmission rate information for being included according to the resource service condition information of the acquisition judges targeted customer, and the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold；

5th aspect, the embodiment of the present invention provides a kind of MVNO resource control devices, including：Receiving unit and control unit, wherein：

The receiving unit, the resource control scheme of each MVNO for receiving the transmission of MVNO resource controls；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

Described control unit, for being controlled according to the resource control scheme to the resource of each MVNO in core network element, to realize that resource situations of each MVNO in core network element and the resource service condition at least one access network element are consistent.

In the first possible implementation of the 5th aspect, the resource control scheme includes：First resource scheduling strategy for the scheduling of resource between MVNO；And/or

With reference to any of the above-described implementation of the 5th aspect, in second of possible implementation of the 5th aspect, described control unit is additionally operable to

Resource between each MVNO according to being dispatched the resource control scheme；And/or described control unit is additionally operable to dispatch the resource that user uses according to the resource control scheme；And/or described control unit is additionally operable to the QoS parameter of each MVNO according to being adjusted the resource control scheme.

With reference to second of possible implementation of the 5th aspect, in the third possible implementation of the 5th aspect, described control unit is additionally operable to adjust the message transmission rate of targeted customer, wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.

With reference to second of the possible implementation or the third possible implementation of the 5th aspect, the In 4th kind of possible implementation of five aspects, the QoS parameter includes at least one of following：The total polymerization Maximum Bit Rate of all guaranteed rate carryings of the total polymerization bit rate of access network element, user and the total polymerization ensures bit rate of all guaranteed rate carryings of user.

6th aspect, the embodiment of the present invention provides a kind of MVNO resource control devices, including：Receiving unit and control unit, wherein：

Described control unit, for being controlled according to the resource control scheme to the resource of each MVNO in access network element, to realize that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.

In the first possible implementation of the 6th aspect, the equipment also includes：

Transmitting element, for sending resource service condition information of each MVNO in the access network element to the MVNO resource controls.

With reference to any of the above-described implementation of the 6th aspect, in second of possible implementation of the 6th aspect, the resource control scheme includes：

With reference to any of the above-described implementation of the 6th aspect, in the third possible implementation of the 6th aspect, described control unit is additionally operable to the resource between each MVNO according to being dispatched the resource control scheme；And/or

Described control unit is additionally operable to dispatch the resource that user uses according to the resource control scheme.

With reference to the third possible implementation of the 6th aspect, in the 4th kind of possible implementation of the 6th aspect, described control unit is additionally operable to adjust the resource that targeted customer uses, and the configured information of the message transmission rate for adjusting the targeted customer is sent to the targeted customer, so that the targeted customer adjusts message transmission rate；Wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.

7th aspect, the embodiment of the present invention provides a kind of MVNO resource control devices, including：Communication interface and memory, and the processor being connected with the communication interface and the memory, the memory are deposited Batch processing code is stored up, the processor is used to call the program of the memory storage to perform following operation：Obtain resource service condition information of each MVNO at least one access network element；

In the first possible implementation of the 7th aspect, the operation of resource service condition information of each MVNO of acquisition of computing device at least one access network element is stated, including：

Receive the resource service condition information of each MVNO in the access network element that at least one described access network element is sent；Or

With reference to any of the above-described implementation of the 7th aspect, in second of possible implementation of the 7th aspect, the resource control scheme includes：

With reference to second of possible implementation of the 7th aspect, in the third possible implementation of the 7th aspect, the resource service condition information includes user data transmission rate information；

The processor is after the operation for the resource service condition information for obtaining each MVNO at least one access network element is performed, performing the resource service condition information according to each MVNO, before the operation for the resource control scheme for generating each MVNO respectively, it is additionally operable to perform following operation：The user data transmission rate information included according to the resource service condition information of the acquisition judges targeted customer, and the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold；

Eighth aspect, the embodiment of the present invention provides a kind of MVNO resource control devices, including：Communication connects Mouth and memory, and the processor being connected with the communication interface and the memory, the memory storage batch processing code, the processor are used to call the program of the memory storage to perform following operation：Receive the resource control scheme for each MVNO that MVNO resource controls are sent；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

In the first possible implementation of eighth aspect, the resource control scheme includes：First resource scheduling strategy for the scheduling of resource between MVNO；And/or

With reference to any of the above-described implementation of eighth aspect, in second of possible implementation of eighth aspect, the operation being controlled according to the resource control scheme to the resource of each MVNO of the computing device, including：

Resource between each MVNO according to being dispatched the resource control scheme；And/or

The resource that user uses is dispatched according to the resource control scheme；And/or

With reference to second of possible implementation of eighth aspect, in the third possible implementation of eighth aspect, the operation that the resource that user uses is dispatched according to the resource control scheme of the computing device, including：

9th aspect, the embodiment of the present invention provides a kind of MVNO resource control devices, including：Communication interface and memory, and the processor being connected with the communication interface and the memory, the memory storage batch processing code, the processor are used to call the program of the memory storage to perform following operation：Receive the resource control scheme for each MVNO that MVNO resource controls are sent；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

The resource of each MVNO in access network element is controlled according to the resource control scheme, with Realize that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.

In the first possible implementation of the 9th aspect, the processor is received before the operation of the resource control scheme for each MVNO that MVNO resource controls are sent, and is additionally operable to perform following operation：Resource service condition information of each MVNO in the access network element is sent to the MVNO resource controls.

With reference to any of the above-described implementation of the 9th aspect, in second of possible implementation of the 9th aspect, the resource control scheme includes：

With reference to second of possible implementation of the 9th aspect, in the third possible implementation of the 9th aspect, the operation being controlled according to the resource control scheme to the resource of each MVNO of the computing device, including：

Resource between each MVNO according to being dispatched the resource control scheme；And/or the resource that user uses is dispatched according to the resource control scheme.

With reference to the third possible implementation of the 9th aspect, in the 4th kind of possible implementation of the 9th aspect, the operation that the resource that user uses is dispatched according to the resource control scheme of the computing device, including：

In above-mentioned technical proposal, resource service condition information of each MVNO at least one access network element is obtained；According to the resource service condition information of each MVNO, the resource control scheme of each MVNO is generated respectively；The resource control scheme of each MVNO is sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；Wherein, the target network element includes at least one described access network element and/or core network element.The resource service condition at least one access network element according to each MVNO can be so realized, resources of each MVNO in access network element and/or core network element is controlled, so as to so that MVNO resource is rationally utilized. Brief description of the drawings

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

Fig. 1 is a kind of schematic diagram of MVNO resource control methods provided in an embodiment of the present invention；Fig. 2 is the schematic diagram of another MVNO resource control methods provided in an embodiment of the present invention；Fig. 3 is the schematic diagram of another MVNO resource control methods provided in an embodiment of the present invention；Fig. 4 is the schematic diagram of another MVNO resource control methods provided in an embodiment of the present invention；Fig. 5 is the schematic diagram of another MVNO resource control methods provided in an embodiment of the present invention；Fig. 6 is the schematic diagram of another MVNO resource control methods provided in an embodiment of the present invention；Figure is the schematic diagram of another MVNO resource control methods provided in an embodiment of the present invention；Fig. 8 is the schematic diagram of another MVNO resource control methods provided in an embodiment of the present invention；Fig. 9 is a kind of structural representation of MVNO resource control devices provided in an embodiment of the present invention；Figure 10 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention；Figure 11 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention；Figure 12 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention；Figure 13 is that the embodiment of the present invention provides a kind of structural representation of MVNO resource control systems；Figure 14 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention；Figure 15 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention；Figure 16 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention.Embodiment

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

Fig. 1 is a kind of schematic flow sheet of MVNO resource control methods provided in an embodiment of the present invention, such as Shown in Fig. 1, including：

101st, resource service condition information of each MVNO at least one access network element is obtained.

At least one above-mentioned access network element can specifically refer to one or more access network element or all access network elements, wherein, access network element can be specifically wireless access network element or access in radio network element.By this

The utilization rate of the resource of distribution or the number of resources of reality, the carrying number such as used, handling capacity etc..

102nd, according to the resource service condition information of each MVNO, the resource control scheme of each MVNO is generated respectively.

The resource control scheme can be specifically the resource for controlling MVNO, for example：One MVNO resource is allocated into another MVNO to use, or limit the message transmission rate of MVNO user etc..

103rd, the resource control scheme of each MVNO is sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO.

Wherein, it can be specifically that the resource control scheme of each MVNO is sent into target network element to the equipment for being used for controlling MVNO resources the resource control scheme of each MVNO to be sent to target network element, for example：Packet data gateway of the transmission into core network element, or be sent to the base station of access network element etc..When above-mentioned target network element is at least one access network element, each MVNO described above resource control scheme can be that different access network elements is provided with different or identical resource control scheme.

At least one above-mentioned access network element is received after above-mentioned each MVNO resource control scheme, it is possible to above-mentioned each MVNO resources control plan is controlled according to the resource control scheme.Above-mentioned core network element is received after above-mentioned each MVNO resource control scheme, it is possible to above-mentioned each MVNO resource is controlled according to the resource control scheme.It can thus realize that resource service condition is consistent in resource situations and at least one above-mentioned access network element of the above-mentioned each MVNO in core network element.

The above method can apply in core network element in any appliance, and the equipment can be with equipment present in core network element, such as：Gateway, service data gateway, mobile management entity etc., can also be independent equipment.

In above-mentioned technical proposal, resource service condition information of each MVNO at least one access network element is obtained；According to the resource service condition information of each MVNO, each MVNO is generated respectively Resource control scheme；The resource control scheme of each MVNO is sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；Wherein, the target network element includes at least one described access network element and/or core network element.The resource service condition at least one access network element according to each MVNO can be so realized, resources of each MVNO in access network element and/or core network element is controlled, so as to so that MVNO resource is rationally utilized.Fig. 2 is the schematic flow sheet of another MVNO resource control methods provided in an embodiment of the present invention, as shown in Fig. 2 including：

201st, resource service condition information of each MVNO at least one access network element is obtained.

Wherein, the step can specifically include：

Receive the resource service condition information of each MVNO in the access network element that at least one described access network element is sent.Each MVNO resource service condition information in the access network element for the base station transmission that at least one access network element can specifically be received.

Or, the step can specifically include：

Receive the general packet wireless service tunnel protocol for the user level that at least one described access network element is sent（GPRS Tunnel ling Protocol for the User plane, GTP-U) message, the resource service condition information of each MVNO in the access network element is carried in the GTP-U message.Can be specifically the resource service condition information that each MVNO in the access network element is carried in the head of GTP-U message.Can be specifically to receive the GTP-U message that the base station of at least one access network element is sent, wherein, the GTP-U message can be GTP-U message of the prior art, i.e. the GTP-U message is to send to service data gateway, it is that the above method is realized by service data gateway i.e. in the embodiment.

202nd, according to the resource service condition information of each MVNO, the resource control scheme of each MVNO is generated respectively；Wherein, resource control scheme includes：

Secondary resource scheduling strategy for dispatching the resource that user uses.Generate the first resource scheduling strategy of the scheduling of resource being used between MVNO of each MVNO and the Secondary resource scheduling strategy for dispatching the resource that user uses；Or, step 202 can be specifically according to the resource service condition information of each MVNO generate respectively each MVNO be used for MVNO Between scheduling of resource first resource scheduling strategy or Secondary resource scheduling strategy for dispatching the resource that user uses.

203rd, the resource control scheme of each MVNO is sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；

When target network element is received including above-mentioned first resource scheduling strategy, target network element can just dispatch the resource between MVNO according to first resource scheduling strategy, when target network element is received including above-mentioned Secondary resource scheduling strategy, target network element can just be dispatched between user or the resource that uses of user according to Secondary resource.

Wherein, when above-mentioned target network element is at least one access network element, above-mentioned resource control scheme can be that different resource control schemes are generated to different access network elements, i.e., different access network elements can receive different or identical resource control scheme.Wherein, when there is free time MVNO resources in access network element, above-mentioned first resource control strategy is sent to the access network element, when the access network element can just carry out the scheduling of resource between MVNO according to first resource control strategy, when the MVNO resources of schedulable are not present in the access network element, above-mentioned Secondary resource control strategy just can be sent according to the access network element, or above-mentioned Secondary resource control strategy is generated according to the configured information, the access network element is received after Secondary resource control strategy, resource or adjust message transmission rate of user etc. that user uses can just be dispatched.

As an alternative embodiment, above-mentioned resource service condition information includes user data transmission rate information；

After step 201, before step 202, methods described can also include：

Wherein, the above-mentioned Secondary resource scheduling strategy for being used to dispatch the resource that user uses includes the Secondary resource scheduling strategy for adjusting the message transmission rate of the targeted customer.

For example, pre-setting above-mentioned first threshold, the first threshold can be the upper limit threshold of message transmission rate, pre-set above-mentioned Second Threshold, and the Second Threshold can be the lower threshold of data transmission bauds.Above-mentioned judgement can be specifically to judge whether the message transmission rate represented by each user data transmission rate information exceedes above-mentioned first threshold, if so, then judging the corresponding user of the user data transmission velocity information to be upper State targeted customer；Judge whether the message transmission rate represented by each user data transmission rate information is less than above-mentioned Second Threshold, if so, then judging the corresponding user of the user data transmission velocity information for above-mentioned targeted customer., can be with the resource situation of the MVNO where targeted customer, such as when judging above-mentioned targeted customer：When the resource feelings of MVNO where targeted customer represent the MVNO abundant resources, the message transmission rate of targeted customer can just be improved, when the resource feelings of the MVNO where targeted customer represent that the MVNO is resource-constrained, it is possible to reduce the message transmission rate of targeted customer.

When above-mentioned target network element receives the Secondary resource scheduling strategy, the message transmission rate of targeted customer can just be adjusted, or the configured information of the message transmission rate for adjusting the targeted customer is sent to targeted customer, so that the targeted customer adjusts higher uplink bit rate.

As an alternative embodiment, before step 201, methods described can also include：204th, the resource that each MVNO is used in the access network element is distributed at least one access network element.

Can be specifically to send configured information at least one access network element, the configured information is used to distribute the resource that each MVNO is used in the access network element, and access network element is received can just distribute the resource that each MVNO is used according to the configured information after the configured information.

In above-mentioned technical proposal, the embodiment of plurality of optional is added on the basis of above example, and can realize makes MVNO resources rationally be utilized.Fig. 3 is the schematic flow sheet of another MVNO resource control methods provided in an embodiment of the present invention, as shown in figure 3, including：

301st, the resource control scheme for each MVNO that MVNO resource controls are sent is received；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element.

It can be specifically that MVNO resource controls are got after resource service condition information of each MVNO at least one access network element, just generate each MVNO resource control scheme.Wherein, MVNO resource controls can be the equipment for realizing the method shown in Fig. 1 or Fig. 2.

302nd, the resource of each MVNO in core network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in core network element and the resource service condition at least one access network element are consistent.

After the resource control scheme for receiving above-mentioned each MVNO, it is possible to according to the resource control scheme control Make above-mentioned each MVNO resource.For example：Adjust each MVNO service quality（Quality of Service, Qos) parameter, or the resource between scheduling MVNO, so that resource situations of each MVNO in core network element with least one access network element resource service condition be consistent, wherein, the resource that it is each MVNO distribution in core network element that resource situations of each MVNO in core network element, which can be specifically, is that the resource that each MVNO is distributed is consistent with each MVNO resources used at least one above-mentioned access network element in core network element.

As an alternative embodiment, above-mentioned resource control scheme can include：

I.e. above-mentioned resource control scheme can include above-mentioned first resource scheduling strategy and above-mentioned Secondary resource scheduling strategy, or, above-mentioned resource control scheme can include above-mentioned first resource scheduling strategy or above-mentioned Secondary resource scheduling strategy.

Optionally, the resource of each MVNO is controlled and can included according to the resource control scheme in step 302：

I.e. step 302 can be the resource between each MVNO according to being dispatched the resource control scheme, and dispatch the resource that user uses, and adjust the QoS parameter of each MVNO；Or step 302 can be the resource between each MVNO according to being dispatched the resource control scheme, and dispatch the resource that user uses；Or step 302 can be the QoS parameter of each MVNO according to being adjusted the resource control scheme, and dispatch resource that user uses etc..Other embodiment is not made herein --- citing.

Wherein, the above-mentioned resource used according to resource control scheme scheduling user can specifically include：The message transmission rate of targeted customer is adjusted, wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.Above-mentioned first threshold and Second Threshold can be specifically that above-mentioned MVNO resource controls are set, and above-mentioned targeted customer is also to be selected by above-mentioned MVNO resource controls.

Wherein, above-mentioned QoS parameter includes at least one of following： The total polymerization Maximum Bit Rate of all guaranteed rate carryings of the total polymerization bit rate of access network element, user and the total polymerization ensures bit rate of all guaranteed rate carryings of user.

Wherein, the total polymerization bit rate of access network element specifically can be used for the total polymerization value for the non-guaranteed speed carrying for controlling all MVNO users of the access network element.The total polymerization Maximum Bit Rate of all guaranteed rate carryings of user specifically can be used for the Maximum Bit Rate for controlling a certain independent MVNO user, for example, Maximum Bit Rate for controlling above-mentioned targeted customer, can also set the total polymerization Maximum Bit Rate of all guaranteed rate carryings of a user for each MVNO user.The total polymerization ensures bit rate of all guaranteed rate carryings of user specifically can be used for the speed for controlling the guarantee of a certain independent MVNO user to reach, for example, the speed reached for the guarantee for controlling above-mentioned targeted customer, can also set the total polymerization ensures bit rate of all guaranteed rate carryings of a user for each MVNO user.

The above method can apply to any equipment that can control MVNO resources in core network element, for example：Packet data gateway.

In above-mentioned technical proposal, the resource control scheme for each MVNO that MVNO resource controls are sent is received；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element.The resource of each MVNO in core network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in core network element and the resource service condition at least one access network element are consistent.So MVNO resources can be made rationally to be utilized.Fig. 4 is the schematic flow sheet of another MVNO resource control methods provided in an embodiment of the present invention, as shown in figure 4, including：

401st, the resource control scheme for each MVNO that MVNO resource controls are sent is received；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element.

402nd, the resource of each MVNO in access network element is controlled according to the resource control scheme, to realize resource situations of each MVNO in access network element and the resource feelings in core network element Condition is consistent.

After the resource control scheme for receiving above-mentioned each MVNO, it is possible to above-mentioned each MVNO resource is controlled according to the resource control scheme.For example：The resource between MVNO is dispatched, so that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.

As an alternative embodiment, as shown in figure 5, before step 401, methods described can also include：

403rd, resource service condition information of each MVNO in access network element is sent to the MVNO resource controls.

The resource service condition information of each MVNO in access network element is sent to MVNO resources controls and fills number, handling capacity, while attached users etc., or each MVNO resource service condition can be specifically the utilization rate or the number of resources of reality of the resource of each MVNO distribution, such as the carrying number used, handling capacity etc..

Wherein, step 403 can be specifically that synchronism sends resource service condition information of each MVNO in access network element to the MVNO resource controls, an independent information is sent to the MVNO resource controls, the information is used to represent resource service conditions of each MVNO in access network element.Step 403 specifically can also be the resource service condition information for being sent to the MVNO resource controls and each MVNO in the access network element being carried in GTP-U message, the GTP-U message.Can be specifically the resource service condition information that each MVNO in the access network element is carried in the head of GTP-U message.Wherein, the GTP-U message can be GTP-U message of the prior art, i.e., the GTP-U message is sent into service data gateway, the i.e. embodiment, and above-mentioned MVNO resource controls can be the device in service data gateway.

As an alternative embodiment, above-mentioned resource control scheme can specifically include：

Optionally, being entered according to the resource control scheme to the resource of each MVNO in step 402 Row control can specifically include：

The resource that user uses is dispatched according to the resource control scheme.

I.e. step 402 can be the resource between each MVNO according to being dispatched the resource control scheme, and dispatch the resource that user uses；Or step 402 can be adjusted wherein according to the resource control scheme, the above-mentioned resource used according to resource control scheme scheduling user can specifically include：The resource that uses of adjustment targeted customer, and the configured information of the message transmission rate for adjusting the targeted customer is sent to the targeted customer, so that the targeted customer adjusts message transmission rate；Wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.Above-mentioned first threshold and Second Threshold can be specifically that above-mentioned MVNO resource controls are set, and above-mentioned targeted customer is also to be selected by above-mentioned MVNO resource controls.

Optionally, step 402 can also include：

When access network element receives above-mentioned first resource control strategy, when the MVNO resources that there is schedulable in the access network element, the access network element can just carry out the scheduling of resource between MVNO according to first resource control strategy, when the MVNO resources of schedulable are not present in the access network element, the access network element returns to the configured information for representing the MVNO resources in the absence of schedulable to above-mentioned MVNO resource controls, so that above-mentioned MVNO resource controls just to the access network element can send above-mentioned Secondary resource control strategy according to the configured information, or above-mentioned Secondary resource control strategy is generated according to the configured information；Receive above-mentioned MVNO resource controls and send above-mentioned Secondary resource control strategy, the resource or the message transmission rate of adjustment user used according to above-mentioned Secondary resource control strategy scheduling user.

When the MVNO resources that there is schedulable in the access network element receive the above-mentioned first resource control strategy that above-mentioned MVNO resource controls are sent, the scheduling of resource between MVNO can be just carried out according to first resource control strategy, when the MVNO resources of schedulable are not present in the access network element, receive the above-mentioned Secondary resource control strategy that above-mentioned MVNO resource controls are sent, it is possible to dispatch resource or adjust message transmission rate of user etc. that user uses.

The above method can apply to any equipment that can control MVNO resources in access network element, for example：Base station.

In above-mentioned technical proposal, the resources control for each MVNO that MVNO resource controls are sent is received Strategy；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element.The resource of each MVNO in access network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.So MVNO resources can be made rationally to be utilized.Fig. 6 is the schematic diagram of another MVNO resource control methods provided in an embodiment of the present invention, as shown in fig. 6, including：

601st, MVNO resource controls set each MVNO resource allocations configuration.It can be specifically that each MVNO resource allocations in core network element are set, can also be each MVNO resource allocations in each access network element of equipment, realize that each MVNO resource allocations are consistent in core network element and access network element.

602nd, access network element periodically reports each MVNO resources service condition in the access network element to MVNO resource controls.

603rd, resource service condition total MVNO resource controls statistics MVNO.Can be specifically to receive each MVNO resources service condition, i.e. at least one access network element in the access network element that at least one access network element is reported can all perform step 602.

604th, MVNO resource controls send the total resource service conditions of MVNO to packet data gateway.

605th, packet data gateway is adjusted according to the total resource service conditions of MVNO to MVNO qos parameter, coordinates the policy control with access network element.

Above-mentioned technical proposal, which can equally be realized, makes MVNO resources rationally be utilized.Fig. 7 is the schematic diagram of another MVNO resource control methods provided in an embodiment of the present invention, as shown in fig. 7, comprises：

701st, MVNO resource controls set each MVNO resource allocations configuration.It can be specifically that each MVNO resource allocations in core network element are set, can also be each MVNO resource allocations in each access network element of equipment, realize that each MVNO resource allocations are consistent in core network element and access network element.

702nd, access network element reports each MVNO resources service condition in the access network element to MVNO resource controls.Wherein it is possible to periodically report each MVNO in the access network element to MVNO resource controls Resource service condition, or periodically report each MVNO resources service condition in the access network element to MVNO resource controls by GTP-U.

703rd, MVNO resource controls determine the bit rate of MVNO user according to MVNO resource service condition, carrying number, carrying Qos.

704th, MVNO resource controls indicate the bit rate of MVNO user to send to access network element.

705th, access network element indicates to adjust the bit rate of MVNO user according to the bit rate of MVNO user.

706th, access network element indicating user terminal adjusts the upstream rate of MVNO user.

707th, user terminal adjusts the above-mentioned speed of MVNO user.

708th, user terminal sends upstream rate adjustment to access network element and confirmed.

709th, MVNO resource controls send the maximum bit rate for indicating MVNO user to packet data gateway.

710th, packet data gateway is adjusted according to instruction to the downstream rate of MVNO user.

Above-mentioned technical proposal, which can equally be realized, makes MVNO resources rationally be utilized.Fig. 8 is the schematic diagram of another MVNO resource control methods provided in an embodiment of the present invention, as shown in figure 8, including：

801st, MVNO resource controls set each MVNO resource allocations configuration.It can be specifically that each MVNO resource allocations in core network element are set, can also be each MVNO resource allocations in each access network element of equipment, realize that each MVNO resource allocations are consistent in core network element and access network element.

802nd, access network element reports each MVNO resources service condition in the access network element to MVNO resource controls.Wherein it is possible to periodically report each MVNO resources service condition in the access network element to MVNO resource controls, or periodically each MVNO resources service condition in the access network element is reported to MVNO resource controls by GTP-U.

803rd, MVNO resource controls judge have the idle then scheduling resource of other MVNO resources to use according to MVNO resource service condition.

804th, when access network element has other MVNO resource spaces idles, MVNO resource controls indicate that access network element carries out the scheduling of resource between MVNO.Here only it is the step of progress to an access network element, I.e. the present embodiment can carry out the step to all access network elements.

805th, access network element uses idle MVNO resource allocations to the MVNO of congestion.

806th, when access network element is without other MVNO resource spaces idles, MVNO resource controls select some MVNO users and carry out speed adjust.Here only it is that is, the present embodiment can carry out the step to all access network elements the step of progress to an access network element.

807th, MVNO resource controls indicate that access network element adjusts the up-downgoing speed of above-mentioned selected MVNO user.

808th, access network element reduces downstream rate according to indicating to be adjusted the up-downgoing speed of above-mentioned selected MVNO user.

809th, access network element indicates to adjust the upstream rate of MVNO user to user terminal.

810th, user terminal adjusts the upstream rate of MVNO user.

811st, user terminal sends upstream rate adjustment to access network element and confirmed.

812nd, MVNO resource controls send the maximum bit rate or the total resource service conditions of MVNO for indicating MVNO user to packet data gateway.

813rd, packet data gateway is adjusted according to instruction to the downstream rate of MVNO user, or MVNO Qos parameters are adjusted according to resource service condition total MVNO, coordinates the policy control with access network element.

Above-mentioned technical proposal, which can equally be realized, makes MVNO resources rationally be utilized.It is apparatus of the present invention embodiment below, apparatus of the present invention embodiment is used for the method for performing the realization of the inventive method embodiment one to seven, for convenience of description, it illustrate only the part related to the embodiment of the present invention, particular technique details is not disclosed, refer to the embodiment of the present invention one, embodiment two, embodiment three, example IV, embodiment five, embodiment six and embodiment seven.Fig. 9 is a kind of structural representation of MVNO resource control devices provided in an embodiment of the present invention, as shown in figure 9, including：Acquiring unit 91, generation unit 92 and transmitting element 93, wherein：

Acquiring unit 91, for obtaining resource service condition information of each MVNO at least one access network element.

At least one above-mentioned access network element can specifically refer to one or more access network element or all connect Enter network element, wherein, access network element can be specifically wireless access network element or access in radio network element.By this

Generation unit 92, for the resource service condition information according to each MVNO, generates the resource control scheme of each MVNO respectively.

Transmitting element 93, for the resource control scheme of each MVNO to be sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；Wherein, the target network element includes at least one described access network element and/or core network element.

At least one above-mentioned access network element is received after above-mentioned each MVNO resource control scheme, it is possible to above-mentioned each MVNO resources control plan is controlled according to the resource control scheme.Above-mentioned core network element is received after above-mentioned each MVNO resource control scheme, it is possible to above-mentioned each MVNO resource is controlled according to the resource control scheme.It can thus realize that resource service condition is consistent in resource situations and at least one above-mentioned access network element of the above-mentioned each MVNO in core network element. As an alternative embodiment, acquiring unit 91 can be also used for receiving the resource service condition information of each MVNO in the access network element that at least one described access network element is sent；Or

Acquiring unit 91 can be also used for receiving the resource service condition information for carrying each MVNO in the access network element in the GTP-U message that at least one described access network element is sent, the GTP-U message.Can be specifically the resource service condition information that each MVNO in the access network element is carried in the head of GTP-U message.Can be specifically to receive the GTP-U message that the base station of at least one access network element is sent, wherein, the GTP-U message can be GTP-U message of the prior art, i.e. the GTP-U message is to send to service data gateway, i.e. in the embodiment, the equipment can be specifically service data gateway.

As an alternative embodiment, resource control scheme includes：

Secondary resource scheduling strategy for dispatching the resource that user uses.The first resource scheduling strategy of the scheduling of resource being used between MVNO of each MVNO and the Secondary resource scheduling strategy for dispatching the resource that user uses are not generated；Or, generation unit 92 can be specifically to generate being used for for each MVNO respectively according to the resource service condition information of each MVNO

The first resource scheduling strategy of scheduling of resource between MVNO or the Secondary resource scheduling strategy for dispatching the resource that user uses.

Optionally, above-mentioned resource service condition information can specifically include user data transmission rate information；The equipment can also include：

Judging unit（It is not drawn into accompanying drawing）User data transmission rate information for being included according to the resource service condition information of the acquisition judges targeted customer, and the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold；

The Secondary resource scheduling strategy for being used to dispatch the resource that user uses can specifically include the Secondary resource scheduling strategy for adjusting the message transmission rate of the targeted customer.

For example, pre-setting above-mentioned first threshold, the first threshold can be the upper limit threshold of message transmission rate, pre-set above-mentioned Second Threshold, and the Second Threshold can be the lower threshold of data transmission bauds.Above-mentioned judgement can be specifically to judge whether the message transmission rate represented by each user data transmission rate information exceedes above-mentioned first threshold, if so, then judging the corresponding user of the user data transmission velocity information for above-mentioned targeted customer；Judge whether the message transmission rate represented by each user data transmission rate information is less than Above-mentioned Second Threshold, if so, then judging the corresponding user of the user data transmission velocity information for above-mentioned targeted customer., can be with the resource situation of the MVNO where targeted customer, such as when judging above-mentioned targeted customer：When the resource feelings of MVNO where targeted customer represent the MVNO abundant resources, the message transmission rate of targeted customer can just be improved, when the resource feelings of the MVNO where targeted customer represent that the MVNO is resource-constrained, it is possible to reduce the message transmission rate of targeted customer.

As an alternative embodiment, the equipment can also include：

Allocation unit（It is not drawn into accompanying drawing）, for distributing the resource that each MVNO is used in the access network element at least one access network element.

The said equipment can be any appliance in core network element, and the equipment can be with equipment present in core network element, such as：Gateway, service data gateway, mobile management entity etc., can also be independent equipment.

In above-mentioned technical proposal, resource service condition information of each MVNO at least one access network element is obtained；According to the resource service condition information of each MVNO, the resource control scheme of each MVNO is generated respectively；The resource control scheme of each MVNO is sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；Wherein, the target network element includes at least one described access network element and/or core network element.The resource service condition at least one access network element according to each MVNO can be so realized, resources of each MVNO in access network element and/or core network element is controlled, so as to so that MVNO resource is rationally utilized.Figure 10 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention, as shown in Figure 10, including：Receiving unit 101 and control unit 102, wherein：

Receiving unit 101, the resource control scheme of each MVNO for receiving the transmission of MVNO resource controls；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element. It can be specifically that MVNO resource controls are got after resource service condition information of each M VNO at least one access network element, just generate each MVNO resource control scheme.

Control unit 102, for being controlled according to the resource control scheme to the resource of each MVNO in core network element, to realize that resource situations of each MVNO in core network element and the resource service condition at least one access network element are consistent.

After the resource control scheme for receiving above-mentioned each MVNO, it is possible to above-mentioned each MVNO resource is controlled according to the resource control scheme.For example：Adjust each MVNO Qos parameters, or the resource between scheduling MVNO, so that resource situations of each MVNO in core network element with least one access network element resource service condition be consistent, wherein, the resource that it is each MVNO distribution in core network element that resource situations of each MVNO in core network element, which can be specifically, is that the resource that each MVNO is distributed is consistent with each MVNO resources used at least one above-mentioned access network element in core network element.

Optionally, control unit 102 can be also used for the resource between each MVNO according to being dispatched the resource control scheme；And/or

Control unit 102 can be also used for dispatching the resource that user uses according to the resource control scheme；With

/ or

Control unit 102 can be also used for the QoS parameter of each MVNO according to being adjusted the resource control scheme.

I.e. control unit 102 can be the resource between each MVNO according to being dispatched the resource control scheme, and dispatch the resource that user uses, and adjust the QoS parameter of each MVNO；Or control unit 102 can be the resource between each MVNO according to being dispatched the resource control scheme, and dispatch the resource that user uses；Or control unit 102 can be the QoS parameter of each MVNO according to being adjusted the resource control scheme, and dispatch resource that user uses etc..Other embodiment is not made herein --- citing. Control unit 102 can be also used for adjusting the message transmission rate of targeted customer, wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.Above-mentioned first threshold and Second Threshold can be specifically that above-mentioned MVNO resource controls are set, and above-mentioned targeted customer is also to be selected by above-mentioned MVNO resource controls.

Wherein, above-mentioned QoS parameter includes at least one of following：

The said equipment can be any equipment that can control MVNO resources in core network element, for example：Packet data gateway.

In above-mentioned technical proposal, the resource control scheme for each MVNO that MVNO resource controls are sent is received；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element.The resource of each MVNO in core network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in core network element and the resource service condition at least one access network element are consistent.So MVNO resources can be made rationally to be utilized.Figure 11 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention, as shown in figure 11, including：Receiving unit 111 and control unit 112, wherein：

Receiving unit 111, the resource control scheme of each MVNO for receiving the transmission of MVNO resource controls；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element. It can be specifically that MVNO resource controls are got after resource service condition information of each MVNO at least one access network element, just generate each MVNO resource control scheme.

Control unit 112, for being controlled according to the resource control scheme to the resource of each MVNO in access network element, to realize that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.

After the resource control scheme for receiving above-mentioned each MVNO, it is possible to above-mentioned each MVNO resource is controlled according to the resource control scheme.For example：Dispatch the resource between MVNO, so that resource situations of each MVNO in core network element with least one access network element resource service condition be consistent, wherein, the resource that it is each MVNO distribution in core network element that resource situations of each MVNO in core network element, which can be specifically, is that the resource that each MVNO is distributed is consistent with each MVNO resources used at least one above-mentioned access network element in core network element.

As an alternative embodiment, as shown in figure 12, the equipment can also include：Transmitting element 113, for sending resource service condition information of each MVNO in the access network element to the MVNO resource controls.

Wherein, transmitting element 113 can be specifically that synchronism sends resource service condition information of each MVNO in access network element to the MVNO resource controls, an independent information is sent to the MVNO resource controls, the information is used to represent resource service conditions of each MVNO in access network element.Transmitting element 113 specifically can also be the resource service condition information for being sent to the MVNO resource controls and each MVNO in the access network element being carried in GTP-U message, the GTP-U message.Can be specifically the resource service condition information that each MVNO in the access network element is carried in the head of GTP-U message.Wherein, the GTP-U message can be GTP-U message of the prior art, i.e., the GTP-U message is sent into service data gateway, the i.e. embodiment, and above-mentioned MVNO resource controls can be the device in service data gateway.

As an alternative embodiment, above-mentioned resource control scheme can specifically include： First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Optionally, control unit 112 can be also used for according to the resource control scheme scheduling described in each

Resource between MVNO；And/or

Control unit 112 can be also used for dispatching the resource that user uses according to the resource control scheme.I.e. control unit 112 can be the resource between each MVNO according to being dispatched the resource control scheme, and dispatch the resource that user uses；Or control unit 112 can be also used for adjusting the resource that targeted customer uses according to the resource control control unit 112, and the configured information of the message transmission rate for adjusting the targeted customer is sent to the targeted customer, so that the targeted customer adjusts message transmission rate；Wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.Above-mentioned first threshold and Second Threshold can be specifically that above-mentioned MVNO resource controls are set, and above-mentioned targeted customer is also to be selected by above-mentioned MVNO resource controls.

Control unit 112 specifically can be used for when access network element receives above-mentioned first resource control strategy, when the MVNO resources that there is schedulable in the access network element, the scheduling of resource between MVNO can be just carried out according to first resource control strategy, when the MVNO resources of schedulable are not present in the access network element, the access network element returns to the configured information for representing the MVNO resources in the absence of schedulable to above-mentioned MVNO resource controls, so that above-mentioned MVNO resource controls just to the access network element can send above-mentioned Secondary resource control strategy according to the configured information, or above-mentioned Secondary resource control strategy is generated according to the configured information；And above-mentioned Secondary resource control strategy is sent for receiving above-mentioned MVNO resource controls, the resource or the message transmission rate of adjustment user used according to above-mentioned Secondary resource control strategy scheduling user.

When the MVNO resources that there is schedulable in the access network element receive the above-mentioned first resource control strategy that above-mentioned MVNO resource controls are sent, the scheduling of resource between MVNO can be just carried out according to first resource control strategy, when the MVNO resources of schedulable are not present in the access network element, receive above-mentioned The above-mentioned Secondary resource control strategy that MVNO resource controls are sent, it is possible to dispatch resource or adjust message transmission rate of user etc. that user uses.

The said equipment can apply to any equipment that can control MVNO resources in access network element, for example：Base station.

In above-mentioned technical proposal, the resource control scheme for each MVNO that MVNO resource controls are sent is received；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element.The resource of each MVNO in access network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.So MVNO resources can be made rationally to be utilized.Figure 13 is that the embodiment of the present invention provides a kind of structural representation of MVNO resource control systems, as shown in figure 13, including：MVNO resource control devices 131, access network element equipment 132 and core network element equipment 133, wherein：

MVNO resource control devices 131 can be the MVNO resource control devices of any embodiment in embodiment shown in Fig. 9.

Access network element equipment 132 can be the MVNO resource control devices of any embodiment in embodiment shown in Figure 11 or Figure 12.

Core network element equipment 133 can be the MVNO resource control devices of any embodiment in embodiment shown in Figure 10.Figure 14 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention, as shown in figure 14, including：Communication interface 141 and memory 142, and the processor 143 being connected with the communication interface 141 and the memory 142, the memory 142 stores batch processing code, and the processor 143 is used to call the program of the memory storage to perform following operation：

Obtain resource service condition information of each MVNO at least one access network element；

The resource control scheme of each MVNO is sent to target network element, so that the target network primitive root The resource of each MVNO is controlled according to the resource control scheme；Wherein, the target network element includes at least one described access network element and/or core network element.

As an alternative embodiment, the operation for obtaining resource service condition information of each MVNO at least one access network element that processor 143 is performed, including：

Receive the resource service condition information that each MVNO in the access network element is carried in the general packet wireless service tunnel protocol GTP-U message for the user level that at least one described access network element is sent, the GTP-U message.Can be specifically the resource service condition information that each MVNO in the access network element is carried in the head of GTP-U message.Can be specifically to receive the GTP-U message that the base station of at least one access network element is sent, wherein, the GTP-U message can be GTP-U message of the prior art,

Secondary resource scheduling strategy for dispatching the resource that user uses.The first resource scheduling strategy of the scheduling of resource being used between MVNO of each MVNO and the Secondary resource scheduling strategy for dispatching the resource that user uses are not generated；Or, processor 143 can be specifically to generate being used for for each MVNO respectively according to the resource service condition information of each MVNO

As an alternative embodiment, above-mentioned resource service condition information can include user data transmission rate information；

Processor 143 is after the operation for the resource service condition information for obtaining each MVNO at least one access network element is performed, performing the resource service condition information according to each MVNO, before the operation for the resource control scheme for generating each MVNO respectively, it is additionally operable to perform following operation：The user data transmission rate information included according to the resource service condition information of the acquisition judges targeted customer, and the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold；

The said equipment can be in core network element in any appliance, and the equipment can be with equipment present in core network element, such as：Gateway, service data gateway, mobile management entity etc., can also be independent equipment.

In above-mentioned technical proposal, resource service condition information of each MVNO at least one access network element is obtained；According to the resource service condition information of each MVNO, the resource control scheme of each MVNO is generated respectively；The resource control scheme of each MVNO is sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；Wherein, the target network element includes at least one described access network element and/or core network element.The resource service condition at least one access network element according to each MVNO can be so realized, resources of each MVNO in access network element and/or core network element is controlled, so as to so that MVNO resource is rationally utilized.Figure 15 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention, As shown in figure 15, including：Communication interface 151 and memory 152, and the processor 153 being connected with the communication interface 151 and the memory 152, the memory 152 stores batch processing code, and the program that the processor 153 is used to call the memory 152 to store performs following operation：

Optionally, the operation being controlled according to the resource control scheme to the resource of each MVNO that processor 153 is performed, can include：

Each MVNO QoS parameter according to being adjusted the resource control scheme. I.e. processor 153 can be the resource between each MVNO according to being dispatched the resource control scheme, and dispatch the resource that user uses, and adjust the QoS parameter of each MVNO；Or processor 153 can be the resource between each MVNO according to being dispatched the resource control scheme, and dispatch the resource that user uses；Or processor 153 can be the QoS parameter of each MVNO according to being adjusted the resource control scheme, and dispatch resource that user uses etc..Other embodiment is not made herein --- citing.

Optionally, the operation that the resource that user uses is dispatched according to the resource control scheme that processor 153 is performed, can include：

The message transmission rate of targeted customer is adjusted, wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.Above-mentioned first threshold and Second Threshold can be specifically that above-mentioned MVNO resource controls are set, and above-mentioned targeted customer is also to be selected by above-mentioned MVNO resource controls.

Wherein, above-mentioned QoS parameter includes at least one of following：

In above-mentioned technical proposal, the resource control scheme for each MVNO that MVNO resource controls are sent is received；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element.The resource of each MVNO in core network element is controlled according to the resource control scheme, to realize each MVNO in core net Resource situation in member is consistent with the resource service condition at least one access network element.So MVNO resources can be made rationally to be utilized.Figure 16 is the structural representation of another MVNO resource control devices provided in an embodiment of the present invention, as shown in figure 16, including：Communication interface 161 and memory 162, and the processor 163 being connected with the communication interface 161 and the memory 162, the memory 162 stores batch processing code, and the program that the processor 163 is used to call the memory 162 to store performs following operation：

It can be specifically that MVNO resource controls are got after resource service condition information of each MVNO at least one access network element, just generate each MVNO resource control scheme.After the resource control scheme for receiving above-mentioned each MVNO, it is possible to above-mentioned each MVNO resource is controlled according to the resource control scheme.For example：The resource between MVNO is dispatched, so that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.

As an alternative embodiment, before the operation of the resource control scheme for each MVNO that the reception MVNO resource controls of processor 163 are sent, can be also used for performing following operation：

Wherein, it can be specifically that synchronism sends resource service condition information of each MVNO in access network element to the MVNO resource controls, i.e., send one to the MVNO resource controls Independent information, the information is used to represent resource service conditions of each MVNO in access network element.It is specific to can also be the resource service condition information for being sent to the MVNO resource controls and each MVNO in the access network element being carried in GTP-U message, the GTP-U message.Can be specifically the resource service condition information that each MVNO in the access network element is carried in the head of GTP-U message.Wherein, the GTP-U message can be GTP-U message of the prior art, i.e., the GTP-U message is sent into service data gateway, the i.e. embodiment, and above-mentioned MVNO resource controls can be the device in the moon good business data gateway.

Optionally, the operation being controlled according to the resource control scheme to the resource of each MVNO that processor 163 is performed, can include：

I.e. processor 163 can be the resource between each MVNO according to being dispatched the resource control scheme, and dispatch the resource that user uses；Or processor 163 can be, the operation of according to the resource control scheme dispatching resource that user use that processor 163 perform optional according to the resources control plan, can include：

The resource that uses of adjustment targeted customer, and the configured information of the message transmission rate for adjusting the targeted customer is sent to the targeted customer, so that the targeted customer adjusts message transmission rate；Wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.Above-mentioned first threshold and Second Threshold can be specifically that above-mentioned MVNO resource controls are set, and above-mentioned targeted customer is also to be selected by above-mentioned MVNO resource controls.

The said equipment can be any equipment that can control MVNO resources in access network element, for example：Base station. In above-mentioned technical proposal, the resource control scheme for each MVNO that MVNO resource controls are sent is received；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element.The resource of each MVNO in access network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.So MVNO resources can be made rationally to be utilized.

One of ordinary skill in the art will appreciate that realizing all or part of flow in above-described embodiment method, computer program is can be by instruct the hardware of correlation to complete, described program can be stored in a computer read/write memory medium, the program is upon execution, it may include such as the flow of the embodiment of above-mentioned each method.Wherein, described storage medium can be magnetic disc, CD, read-only memory（Read-Only Memory, ROM) or random access memory（Random Access Memory, cylinder claims RAM) etc..

Above disclosure is only preferred embodiment of present invention, can not limit the interest field of the present invention, therefore the equivalent variations made according to the claims in the present invention with this certainly, still belongs to the scope that the present invention is covered.

Claims

Claim

1st, a kind of MVNO MVNO resource control methods, it is characterised in that including：Obtain resource service condition information of each MVNO at least one access network element；

According to the resource service condition information of each MVNO, the resource control scheme of each MVNO is generated respectively；

The resource control scheme of each MVNO is sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；

Wherein, the target network element includes at least one described access network element and/or core network element.

2nd, the method as described in claim 1, it is characterised in that resource service condition information of each MVNO of acquisition at least one access network element, including：

Receive the resource service condition information of each MVNO in the access network element that at least one described access network element is sent；Or

Receive the resource service condition information that each MVNO in the access network element is carried in the general packet wireless service tunnel protocol GTP-U message for the user level that at least one described access network element is sent, the GTP-U message.

3rd, method as claimed in claim 1 or 2, it is characterised in that the resource control scheme includes：First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Secondary resource scheduling strategy for dispatching the resource that user uses.

4th, method as claimed in claim 3, it is characterised in that the resource service condition information includes user data transmission rate information；

After the resource service condition information that each MVNO is obtained at least one access network element, the resource service condition information according to each MVNO, before the resource control scheme that each MVNO is generated respectively, methods described also includes：

The user data transmission rate information included according to the resource service condition information of the acquisition judges targeted customer, and the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold； The Secondary resource scheduling strategy for being used to dispatch the resource that user uses includes the Secondary resource scheduling strategy for adjusting the message transmission rate of the targeted customer.

5th, a kind of MVNO resource control methods, it is characterised in that including：

Receive the resource control scheme for each MVNO that MVNO resource controls are sent；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

The resource of each MVNO in core network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in core network element and the resource service condition at least one access network element are consistent.

6th, method as claimed in claim 5, it is characterised in that the resource control scheme includes：First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Secondary resource scheduling strategy for dispatching the resource that user uses.

7th, the method as described in claim 5 or 6, it is characterised in that described to be controlled according to the resource control scheme to the resource of each MVNO, including：

Resource between each MVNO according to being dispatched the resource control scheme；And/or the resource that user uses is dispatched according to the resource control scheme；And/or

Each MVNO QoS parameter according to being adjusted the resource control scheme.

8th, method as claimed in claim 7, it is characterised in that described that the resource that user uses is dispatched according to the resource control scheme, including：

The message transmission rate of targeted customer is adjusted, wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.

9th, method as claimed in claim 7 or 8, it is characterised in that the QoS parameter includes at least one of following：

The total polymerization Maximum Bit Rate of all guaranteed rate carryings of the total polymerization bit rate of access network element, user The total polymerization ensures bit rate of all guaranteed rates carrying with user.

10th, a kind of MVNO resource control methods, it is characterised in that including：

Receive the resource control scheme for each MVNO that MVNO resource controls are sent；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

The resource of each MVNO in access network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.

11st, method as claimed in claim 10, it is characterised in that before the resource control scheme for each MVNO that the reception MVNO resource controls are sent, methods described also includes：

Resource service condition information of each MVNO in the access network element is sent to the MVNO resource controls.

12nd, the method as described in claim 10 or 11, it is characterised in that the resource control scheme includes：

First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Secondary resource scheduling strategy for dispatching the resource that user uses.

13rd, the method as any one of claim 10-12, it is characterised in that described to be controlled according to the resource control scheme to the resource of each MVNO, including：

Resource between each MVNO according to being dispatched the resource control scheme；And/or the resource that user uses is dispatched according to the resource control scheme.

14th, method as claimed in claim 13, it is characterised in that described that the resource that user uses is dispatched according to the resource control scheme, including：

The resource that uses of adjustment targeted customer, and the configured information of the message transmission rate for adjusting the targeted customer is sent to the targeted customer, so that the targeted customer adjusts message transmission rate；Wherein, institute State the user that targeted customer is less than Second Threshold for message transmission rate more than the user of first threshold or message transmission rate.

15th, a kind of MVNO resource control devices, it is characterised in that including：Acquiring unit, generation unit and transmitting element, wherein：

The acquiring unit, for obtaining resource service condition information of each MVNO at least one access network element；

The generation unit, for the resource service condition information according to each MVNO, generates the resource control scheme of each MVNO respectively；

The transmitting element, for the resource control scheme of each MVNO to be sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；Wherein, the target network element includes at least one described access network element and/or core network element.

16th, equipment as claimed in claim 15, it is characterised in that the acquiring unit is additionally operable to receive the resource service condition information of each MVNO in the access network element that at least one described access network element is sent；Or

The acquiring unit is additionally operable to receive the resource service condition information for carrying each MVNO in the access network element in the GTP-U message that at least one described access network element is sent, the GTP-U message.

17th, the equipment as described in claim 15 or 16, it is characterised in that the resource control scheme includes：

First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Secondary resource scheduling strategy for dispatching the resource that user uses.

18th, equipment as claimed in claim 17, it is characterised in that the resource service condition information includes user data transmission rate information；

The equipment also includes：

Judging unit, the user data transmission rate information for being included according to the resource service condition information of the acquisition judges targeted customer, and the targeted customer is the use that message transmission rate exceedes first threshold Family or message transmission rate are less than the user of Second Threshold；

The Secondary resource scheduling strategy for being used to dispatch the resource that user uses includes the Secondary resource scheduling strategy for adjusting the message transmission rate of the targeted customer.

19th, a kind of MVNO resource control devices, it is characterised in that including：Receiving unit and control unit, wherein：

The receiving unit, the resource control scheme of each MVNO for receiving the transmission of MVNO resource controls；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

Described control unit, for being controlled according to the resource control scheme to the resource of each MVNO in core network element, to realize that resource situations of each MVNO in core network element and the resource service condition at least one access network element are consistent.

20th, equipment as claimed in claim 19, it is characterised in that the resource control scheme includes：First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Secondary resource scheduling strategy for dispatching the resource that user uses.

21st, the equipment as described in claim 19 or 20, it is characterised in that described control unit is additionally operable to the resource between each MVNO according to being dispatched the resource control scheme；And/or described control unit is additionally operable to dispatch the resource that user uses according to the resource control scheme；And/or described control unit is additionally operable to the QoS parameter of each MVNO according to being adjusted the resource control scheme.

22nd, equipment as claimed in claim 21, it is characterized in that, described control unit is additionally operable to adjust the message transmission rate of targeted customer, wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.

23rd, the equipment as described in claim 21 or 22, it is characterised in that the QoS parameter includes at least one of following： The total polymerization Maximum Bit Rate of all guaranteed rate carryings of the total polymerization bit rate of access network element, user and the total polymerization ensures bit rate of all guaranteed rate carryings of user.

24th, a kind of MVNO resource control devices, it is characterised in that including：Receiving unit and control unit, wherein：

The receiving unit, the resource control scheme of each MVNO for receiving the transmission of MVNO resource controls；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

Described control unit, for being controlled according to the resource control scheme to the resource of each MVNO in access network element, to realize that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.

25th, equipment as claimed in claim 24, it is characterised in that the equipment also includes：Transmitting element, for sending resource service condition information of each MVNO in the access network element to the MVNO resource controls.

26th, the equipment as described in claim 24 or 25, it is characterised in that the resource control scheme includes：

First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Secondary resource scheduling strategy for dispatching the resource that user uses.

27th, the equipment as any one of claim 24-26, it is characterised in that described control unit is additionally operable to the resource between each MVNO according to being dispatched the resource control scheme；And/or

Described control unit is additionally operable to dispatch the resource that user uses according to the resource control scheme.

28th, equipment as claimed in claim 27, it is characterized in that, described control unit is additionally operable to adjust the resource that targeted customer uses, and the configured information of the message transmission rate for adjusting the targeted customer is sent to the targeted customer, so that the targeted customer adjusts message transmission rate；Wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the use of Second Threshold Family.

29th, a kind of MVNO resource control devices, it is characterised in that including：Communication interface and memory, and the processor being connected with the communication interface and the memory, the memory storage batch processing code, the processor are used to call the program of the memory storage to perform following operation：

Obtain resource service condition information of each MVNO at least one access network element；

According to the resource service condition information of each MVNO, the resource control scheme of each MVNO is generated respectively；

The resource control scheme of each MVNO is sent to target network element, so that the target network element is controlled according to the resource control scheme to the resource of each MVNO；

Wherein, the target network element includes at least one described access network element and/or core network element.

30th, equipment as claimed in claim 29, it is characterised in that the operation of resource service condition information of each MVNO of acquisition of the computing device at least one access network element, including：

Receive the resource service condition information of each MVNO in the access network element that at least one described access network element is sent；Or

Receive the resource service condition information that each MVNO in the access network element is carried in the general packet wireless service tunnel protocol GTP-U message for the user level that at least one described access network element is sent, the GTP-U message.

31st, the equipment as described in claim 29 or 30, it is characterised in that the resource control scheme includes：

First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Secondary resource scheduling strategy for dispatching the resource that user uses.

32nd, equipment as claimed in claim 31, it is characterised in that the resource service condition information includes user data transmission rate information；

The processor is performing the resource service condition information according to each MVNO after the operation for the resource service condition information for obtaining each MVNO at least one access network element is performed, Before the operation for the resource control scheme for generating each MVNO respectively, it is additionally operable to perform following operation：The user data transmission rate information included according to the resource service condition information of the acquisition judges targeted customer, and the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold；

The Secondary resource scheduling strategy for being used to dispatch the resource that user uses includes the Secondary resource scheduling strategy for adjusting the message transmission rate of the targeted customer.

33rd, a kind of MVNO resource control devices, it is characterised in that including：Communication interface and memory, and the processor being connected with the communication interface and the memory, the memory storage batch processing code, the processor are used to call the program of the memory storage to perform following operation：

Receive the resource control scheme for each MVNO that MVNO resource controls are sent；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

The resource of each MVNO in core network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in core network element and the resource service condition at least one access network element are consistent.

34th, equipment as claimed in claim 33, it is characterised in that the resource control scheme includes：First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Secondary resource scheduling strategy for dispatching the resource that user uses.

35th, the equipment as described in claim 33 or 34, it is characterised in that the operation being controlled according to the resource control scheme to the resource of each MVNO of the computing device, including：

Resource between each MVNO according to being dispatched the resource control scheme；And/or

The resource that user uses is dispatched according to the resource control scheme；And/or

Each MVNO QoS parameter according to being adjusted the resource control scheme.

36th, equipment as claimed in claim 35, it is characterised in that the operation that the resource that user uses is dispatched according to the resource control scheme of the computing device, including： The message transmission rate of targeted customer is adjusted, wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.

37th, a kind of MVNO resource control devices, it is characterised in that including：Communication interface and memory, and the processor being connected with the communication interface and the memory, the memory storage batch processing code, the processor are used to call the program of the memory storage to perform following operation：

Receive the resource control scheme for each MVNO that MVNO resource controls are sent；Wherein, to be the MVNO resource controls generate the resource control scheme according to resource service condition information of each MVNO at least one access network element；

The resource of each MVNO in access network element is controlled according to the resource control scheme, to realize that resource situations of each MVNO in access network element is consistent with the resource situation in core network element.

38th, equipment as claimed in claim 37, it is characterised in that the processor is received before the operation of the resource control scheme for each MVNO that MVNO resource controls are sent, and is additionally operable to perform following operation：

Resource service condition information of each MVNO in the access network element is sent to the MVNO resource controls.

39th, the equipment as described in claim 37 or 38, it is characterised in that the resource control scheme includes：

First resource scheduling strategy for the scheduling of resource between MVNO；And/or

Secondary resource scheduling strategy for dispatching the resource that user uses.

40th, equipment as claimed in claim 39, it is characterised in that the operation being controlled according to the resource control scheme to the resource of each MVNO of the computing device, including：

Resource between each MVNO according to being dispatched the resource control scheme；And/or

The resource that user uses is dispatched according to the resource control scheme. 41st, equipment as claimed in claim 40, it is characterised in that the operation that the resource that user uses is dispatched according to the resource control scheme of the computing device, including：

The resource that uses of adjustment targeted customer, and the configured information of the message transmission rate for adjusting the targeted customer is sent to the targeted customer, so that the targeted customer adjusts message transmission rate；Wherein, the targeted customer is that message transmission rate exceedes the user of first threshold or message transmission rate is less than the user of Second Threshold.