CN100428827C - Managing method and system for configuration of ICR configuration data - Google Patents
Managing method and system for configuration of ICR configuration data Download PDFInfo
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- CN100428827C CN100428827C CNB2006100348161A CN200610034816A CN100428827C CN 100428827 C CN100428827 C CN 100428827C CN B2006100348161 A CNB2006100348161 A CN B2006100348161A CN 200610034816 A CN200610034816 A CN 200610034816A CN 100428827 C CN100428827 C CN 100428827C
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Abstract
The present invention is suitable for the field of wireless communication and provides a configuration management method and a configuration management system for ICR configuration data. The method comprises: the configuration change of a network element management system or the ICR configuration data of ICR control function entities in a network is centrally controlled; the ICR configuration data configured to the ICR control function entities is controlled, or the ICR configuration data change originated from the network element management system takes effect in the affected ICR control function entities. In the present invention, the configuration change of the ICR configuration data of the ICR control function entities within a control range is centrally controlled, which can ensure the consistency of the ICR configuration data of all the relevant entities in the network and reduces the workload of configuration.
Description
Technical field
The invention belongs to wireless communication field, relate in particular in the evolvement network, the configuring management method of ICR configuration data and ICR configuration management system.
Background technology
In the future evolution network system, many occasions need be used the wireless resource information of sub-district, such as when following evolution system uses OFDM (OFDMA) technology, for the carrier wave of minizone or the dynamic adjustment of sub-carrier resources provide technical foundation, certain sub-district can be according to the load or the disturbed condition of other sub-districts, resource is leased in peripherad sub-district, perhaps certain sub-district according to around the interfere information of neighbor cell, adjust its aerial angle etc., perhaps switch decision module is when carrying out the selection of switching target small area, may use the load and the interfere information of Target cell, with suitable Target cell of assisted Selection.The above-mentioned functions such as minizone load management and presence of intercell interference management that comprise are called minizone RRM (Inter Cell Radio Resource Management, ICR) controlled function.More detailed contents of relevant ICR controlled function please refer to TR R3.018 " Evolved UTRA and UTRAN; Radio AccessArchitecture and Interfaces ".
For the needs of network O﹠M and network security, the ICR controlled function must be able to manage and can monitor.For example minizone relation needs by network management configuration, particularly must be configured through the webmaster of concentrating authentication when complex situations such as scope that resource allows to use occurring during the resource coordination of minizone, otherwise the assailant can invade in the network easily.The ICR controlled function manages and safety during for the assurance operation, must unify configurating base station/minizone relation data, base station/minizone (load, disturb) information by operator and obtain the permissions data of permissions data, base station/minizone resource borrowing, and other issue ICR configuration data with Management IC R controlled function by webmaster.
At present, at the configuring management method of ICR configuration data in the evolution mobile radio communication, also indeterminate in future evolution network.According to the strategy of networking and the evolution of network configuration, the distribution of ICR controlled function has following three kinds of situations:
1, the ICR controlled function is distributed on each base station (Node B), and each Node B may possess the ICR controlled function, and this situation is comparatively common at the networking initial stage.
2, exist one or more to be responsible for the RRMServer of the ICR controlled function of whole Node B in the network.
3, both there had been the ICR control of being responsible for part Node B by one or more RRM Server in the network, and also existed part Node B not controlled by RRM Server, self born the ICR controlled function by Node B.
Under above-mentioned three kinds of situations, the entity that may bear the ICR controlled function is Node B or RRM server (Radio Resource Management, RRM Server).The behavior that the ICR configuration data that operator must unify to dispose the whole network provides with the entity of Management IC R controlled function.Because each producer's Element management system (Element Management System, EMS) with the unopened reason of network element (Node B and RRMServer) network management interface, usually each EMS of producer can only dispose the ICR configuration data of the network element of this producer, and can not dispose the ICR configuration data of the network element of other producers, like this by the Node B of each each producer of EMS decentralized configuration of producer or the ICR configuration data of RRM Server, on the one hand because of the ICR configuration data source of the Node B of different vendor is separately EMS, may cause having between the Node B of different vendor ICR configuration data inconsistent of correlation; Simultaneously, some public ICR configuration datas need manual configuration respectively on the EMS of how tame manufacturer, have increased the workload and the complexity of data configuration.
Summary of the invention
The object of the present invention is to provide a kind of configuring management method of ICR configuration data, be intended to solve the different manufacturers that exists in the prior art when configuration management ICR configuration data, ICR configuration data inconsistent of correlation be may cause having between the NodeB of different vendor, and the workload of data configuration and the problem of complexity increased.
Another object of the present invention is to provide a kind of configuration management system of ICR configuration data.
The present invention is achieved in that a kind of configuring management method of ICR configuration data, and described method comprises:
Configuration change by the ICR configuration data of Element management system or ICR controlled function entity in the ICR configuration management system NIS centrally controlled network;
Control comes into force at influenced ICR controlled function entity to the ICR configuration data of ICR controlled function physical arrangements or from the ICR configuration data change that Element management system is initiated from ICR configuration management system NIS.
When the ICR configuration data of centralized configuration ICR controlled function entity, and ICR controlled function entity is not when providing north orientation ICR configuration data configuration interface, and described method comprises the steps:
A11. the ICR configuration data of centralized configuration ICR controlled function entity on ICR configuration management system NIS;
A12.ICR configuration management system NIS issues described ICR configuration data by the ICR controlled function entity of north orientation ICR configuration data configuration interface under Element management system of Element management system;
After the A13.ICR configuration data issued successfully, the north orientation ICR configuration data that ICR configuration management system NIS provides by the Element management system described ICR configuration data of interface configuration that comes into force came into force at ICR controlled function entity.
When the ICR configuration data that disposes the ICR controlled function entity under this Element management system by Element management system, and ICR controlled function entity is not when providing north orientation ICR configuration data configuration interface, and described method comprises the steps:
ICR configuration data after the change that A21.ICR configuration management system NIS reception modification source Element management system sends;
A22.ICR configuration management system NIS issues described ICR configuration data by the north orientation ICR configuration data configuration interface of affected network elements management system to influenced ICR controlled function entity;
After the A23.ICR configuration data issued successfully, the north orientation ICR configuration data that ICR configuration management system NIS provides by the Element management system described ICR configuration data of interface configuration that comes into force came into force at influenced ICR controlled function entity.
When the ICR configuration data of centralized configuration ICR controlled function entity, and ICR controlled function entity is when providing north orientation ICR configuration data configuration interface, and described method comprises the steps:
The ICR configuration data of A31.ICR configuration management system NIS centralized configuration ICR controlled function entity;
A32.ICR configuration management system NIS issues the ICR configuration data by the north orientation ICR configuration data configuration interface that ICR controlled function entity provides to ICR controlled function entity;
After the A33.ICR configuration data issued successfully, the north orientation ICR configuration data that ICR configuration management system NIS provides by the ICR controlled function entity described ICR configuration data of interface configuration that comes into force came into force at ICR controlled function entity.
When the ICR configuration data that disposes the ICR controlled function entity under this Element management system by Element management system, and ICR controlled function entity is when providing north orientation ICR configuration data configuration interface, and described method comprises the steps:
ICR configuration data after the change that A41.ICR configuration management system NIS reception modification source Element management system sends;
A42.ICR configuration management system NIS issues the ICR configuration data by the north orientation ICR configuration data configuration interface that influenced ICR controlled function entity provides to influenced ICR controlled function entity;
After the A43.ICR configuration data issued successfully, the north orientation ICR configuration data that ICR configuration management system NIS provides by the influenced ICR controlled function entity described ICR configuration data of interface configuration that comes into force came into force at influenced ICR controlled function entity.
Described method further comprises the steps:
ICR configuration management system NIS receive Element management system or ICR controlled function entity to ICR configuration data correctness inspection do not pass through the perhaps failure response that returns during the configuration take-effective failure, prompting user ICR configuration data configuration failure.
Described method further comprises the steps:
When ICR configuration management system NIS to the ICR configuration data change of revising the source Element management system and issuing check by the time, Element management system returns failure response to the source of modification.
Described method further comprises the steps:
ICR configuration management system NIS receive affected network elements management system or influenced ICR controlled function entity to ICR configuration data correctness inspection do not pass through, the failure response that returns when perhaps configuration take-effective is failed, Element management system returns failure response to the source of modification.
Described method further comprises:
The north orientation ICR configuration data query interface that ICR configuration management system NIS provides by Element management system or ICR controlled function entity obtains the ICR configuration data of ICR controlled function entity, concentrates and carries out consistency check, the outgoing inspection report.
Described ICR controlled function entity is the base station, perhaps the RRM server.
A kind of configuration management system of ICR configuration data, described system is used for the configuration change of the ICR configuration data of interior Element management system of centrally controlled network or ICR controlled function entity, and control comes into force at influenced ICR controlled function entity to the ICR configuration data of ICR controlled function physical arrangements or from the ICR configuration data change that Element management system is initiated.
Described system comprises:
ICR configuration data configuration control module, the configuration change that is used for the ICR configuration data of interior Element management system of centrally controlled network or ICR controlled function entity, and control comes into force at influenced ICR controlled function entity to the ICR configuration data of ICR controlled function physical arrangements or from the ICR configuration data change that Element management system is initiated;
ICR configuration data configuration interface module, be used for issuing the ICR configuration data configuration of ICR configuration data configuration control module or that Element management system sends to Element management system or ICR controlled function entity, the ICR configuration data that reception Element management system or ICR controlled function entity return issues response; And
The ICR configuration data interface module that comes into force, be used for after the ICR configuration data issues successfully, issue the order that comes into force of ICR configuration data to Element management system or ICR controlled function entity, receive the response that comes into force of ICR configuration data that Element management system or ICR controlled function entity return.
Described system further comprises:
ICR configuration data query interface module, the north orientation ICR configuration data query interface that is used for providing by Element management system or ICR controlled function entity obtains the ICR configuration data of ICR controlled function entity, concentrates and carries out consistency check, the outgoing inspection report.
The configuration change of the ICR configuration data of ICR controlled function entity can guarantee the consistency of the ICR configuration data of all related entities in the network in the centralized control compass of competency of the present invention, and has reduced the workload of configuration.
Description of drawings
Fig. 1 is the example architecture figure of realization ICR configuration data provided by the invention configuration;
Fig. 2 is the flow chart that passes through the success of EMS centralized configuration ICR configuration data among the present invention;
Fig. 3, Fig. 4 are the flow charts of failing by EMS centralized configuration ICR configuration data among the present invention;
Fig. 5 is when ICR controlled function entity directly provides northbound interface among the present invention, the flow chart of centralized configuration ICR configuration data success;
Fig. 6, Fig. 7 are when ICR controlled function entity directly provides northbound interface among the present invention, the flow chart of centralized configuration ICR configuration data failure;
Fig. 8 is the flow chart that disposes the ICR configuration data success of ICR controlled function entity among the present invention by EMS;
Fig. 9,10, the 11st, the flow chart of failing by the ICR configuration data of EMS configuration ICR controlled function entity among the present invention;
Figure 12 is when ICR controlled function entity directly provides northbound interface among the present invention, disposes the flow chart of the ICR configuration data success of ICR controlled function entity by EMS;
Figure 13,14, the 15th when ICR controlled function entity directly provides northbound interface among the present invention, disposes the flow chart of the ICR configuration data failure of ICR controlled function entity by EMS;
Figure 16 is the structure chart of NIS provided by the invention.
Embodiment
In order to make purpose of the present invention, technical scheme and advantage clearer,, the present invention is further elaborated below in conjunction with drawings and Examples.Should be appreciated that specific embodiment described herein only in order to explanation the present invention, and be not used in qualification the present invention.
The present invention carries out centralized control to the configuration change of the ICR configuration data of all the ICR controlled function entities in its compass of competency, guarantees the consistency of ICR configuration data between the different manufacturers product.
Fig. 1 shows the example architecture of realization provided by the invention ICR configuration data configuration, is example with the product of two producers, base station A, B, RRM Server1 and EMS1, and base station C, D, RRMServer2 and EMS2 belong to producer 1 and producer 2.EMS1 and base station A, B and RRM Server1, and EMS2 communicates by letter by the privately owned network management interface of producer 1 and producer 2 respectively with RRM Server2 with base station C, D.(Network ICR System NIS) can be a system independently to the ICR configuration management system, and (Network Management System, part NMS) are functional module or subsystem among the NMS also to can be used as network management system.
Among the present invention, EMS1, EMS2 be open to be given needs to increase ICR configuration data query interface, ICR configuration data configuration interface and the north orientation ICR configuration data interface that comes into force in the north orientation ICR configuration data configuration interface of NIS.If the directly open north orientation ICR configuration data configuration interface of Node B and RRM Server is given NIS, then Node B and RRM Server offer in the north orientation ICR configuration data configuration interface of NIS also increases ICR configuration data query interface and ICR configuration data configuration interface.NIS only directly exists when NIS provides north orientation ICR configuration data configuration interface as Node B and RRM Server with the north orientation ICR query interface between Node B and the RRMServer and north orientation ICR configuration data configuration interface.On specific implementation, north orientation ICR configuration data query interface that different manufacturers can be provided and the standardization of north orientation ICR configuration data configuration interface, thereby NIS can guarantee the consistency of ICR configuration data in the whole network ICR controlled function entity by the ICR configuration data configuration of standardized north orientation ICR configuration data query interface and north orientation ICR configuration data configuration interface unified management the whole network ICR controlled function entity.
In the first embodiment of the present invention,, extremely shown in Figure 8 as Fig. 2 by the ICR configuration data of NIS centralized configuration ICR controlled function entity.Wherein:
Fig. 2 is the realization flow that NIS passes through the success of EMS centralized configuration ICR configuration data, and Fig. 3 to Fig. 5 is the realization flow that NIS passes through the failure of EMS centralized configuration ICR configuration data;
Fig. 6 is an ICR controlled function entity when directly providing northbound interface, and the realization flow of NIS centralized configuration ICR configuration data success, Fig. 7, Fig. 8 are ICR controlled function entities when directly providing northbound interface, the realization flow of NIS centralized configuration ICR configuration data failure.
The specific implementation process is as follows:
1. user's ICR configuration data of ICR controlled function entity in the configuration network on NIS can use the auxiliary configuration of ICR configuration tool of this NIS.The user can dispose all, also can revise the part configuration, after configuration finishes, triggers the ICR configuration data and comes into force.
2. if only EMS provides north orientation ICR configuration data configuration interface, ICR controlled function entity (NodeB and RRM Server) do not provide north orientation ICR configuration data configuration interface, though perhaps ICR controlled function entity provides north orientation ICR configuration data configuration interface, but NIS selects by EMS configuration ICR controlled function entity according to the configuration indication, then NIS sends the ICR configuration data by the north orientation ICR configuration data configuration interface that EMS provides to EMS, the ICR configuration data that EMS sends NIS sends to ICR controlled function entity under this EMS by corresponding privately owned network management interface, EMS or ICR controlled function entity carry out the correctness inspection to the ICR configuration data that NIS issues, if check not by EMS return the ICR configuration data by north orientation ICR configuration data configuration interface to NIS issues failure response.
3. if ICR controlled function entity (Node B and RRM Server) directly provides north orientation ICR configuration data configuration interface, and NIS selects directly configuration ICR controlled function entity according to the configuration indication, then NIS directly sends the ICR configuration data by the north orientation ICR configuration data configuration interface that ICR controlled function entity provides to ICR controlled function entity, ICR controlled function entity carries out the correctness inspection to the ICR configuration data that NIS issues, if check not by return the ICR configuration data by north orientation ICR configuration data configuration interface to NIS and issue failure response.
4.NIS after receiving that ICR configuration data that all EMS or ICR controlled function entity return issues response,, then point out user ICR configuration data to issue failure, by customer inspection with revise configuration data if there is failure response.If all be success response, then the north orientation ICR configuration data that provides by EMS or the ICR controlled function entity interface that comes into force issues the ICR configuration data and comes into force order to EMS or ICR controlled function entity (if ICR controlled function entity provides north orientation ICR configuration data configuration interface), EMS or ICR controlled function entity receive that the ICR configuration data comes into force after the order, the ICR configuration data that the NIS before this of coming into force in this EMS or ICR controlled function entity compass of competency issues, successful then return the success response that comes into force of ICR configuration data to NIS, otherwise return the ICR configuration data failure response that comes into force to NIS.
Come into force behind the failure response 5.NIS receive ICR configuration data that EMS or ICR controlled function entity return, the failure of prompting user ICR configuration data configuration take-effective by customer inspection with revise configuration data, comes into force successfully up to whole ICR configuration datas.
In the second embodiment of the present invention, extremely shown in Figure 15 by the ICR configuration data of EMS configuration ICR controlled function entity as Fig. 9, wherein:
Fig. 9 shows the realization flow by the ICR configuration data success of EMS configuration ICR controlled function entity, and Figure 10,11,12 shows the realization flow by the ICR configuration data failure of EMS configuration ICR controlled function entity;
When Figure 13 shows ICR controlled function entity and directly provides northbound interface, the realization flow of the ICR configuration data success of EMS configuration ICR controlled function entity, when Figure 14, Figure 15 show ICR controlled function entity and directly provide northbound interface, the realization flow of the ICR configuration data failure of EMS configuration ICR controlled function entity.
The specific implementation process is as follows:
1. the user goes up the ICR configuration data that disposes ICR controlled function entity at EMS (revising source EMS), the auxiliary configuration of the ICR configuration tool that can use modification source EMS to provide.After configuration finished, the user triggered the ICR configuration data and comes into force on modification source EMS.Modification source EMS sends ICR configuration data change request message by north orientation ICR configuration data configuration interface to NIS, and the ICR configuration data that this EMS is revised sends to NIS by north orientation ICR configuration data configuration interface.The physical interface form can not limit, and for example can be file interface or corba interface.
2.NIS check the modification of modification source EMS,, then return ICR configuration data change failure response to revising source EMS if inspection is not passed through to the ICR configuration data.Receive ICR configuration data change failure response if revise source EMS, then point out user ICR configuration data configuration failure.
3. if NIS checks that modification source EMS passes through the modification of ICR configuration data, determine to revise the scope that is influenced, promptly determine other ICR controlled function entity setses (influenced ICR controlled function entity) that need to upgrade other EMS (influenced EMS) of ICR configuration data or north orientation ICR configuration data configuration interface directly is provided.
5, if only EMS provides north orientation ICR configuration data configuration interface, ICR controlled function entity (NodeB and RRM Server) directly do not provide north orientation ICR configuration data configuration interface, though perhaps ICR controlled function entity provides north orientation ICR configuration data configuration interface, but NIS selects by the corresponding ICR controlled function entity of EMS configuration according to the configuration indication, then NIS issues the ICR configuration data by the north orientation ICR configuration data configuration interface that influenced EMS provides to influenced EMS, and influenced EMS is issued to corresponding influenced ICR controlled function entity with the ICR configuration data that NIS sends by privately owned network management interface.EMS or ICR controlled function entity carry out the correctness inspection to the ICR configuration data that NIS issues, if check not by EMS return the ICR configuration data by north orientation ICR configuration data configuration interface to NIS issues failure response.For revising source EMS, this step can be omitted.
If 6 ICR controlled function entities (Node B and RRM Server) directly provide north orientation ICR configuration data configuration interface, and NIS selects directly configuration ICR controlled function entity according to the configuration indication, and then NIS directly issues the ICR configuration data by the north orientation ICR configuration data configuration interface that ICR controlled function entity provides to influenced ICR controlled function entity.ICR controlled function entity carries out the correctness inspection to the ICR configuration data that NIS issues, if check not by return the ICR configuration data by north orientation ICR configuration data configuration interface to NIS and issue failure response.
7, after NIS receives that the ICR configuration data of all EMS or ICR controlled function entity issues response,, then return ICR configuration data change failure response to revising source EMS if there is failure response.If all be success response, then the north orientation ICR configuration data that provides by EMS or the ICR controlled function entity interface that comes into force issues the ICR configuration data and comes into force order to influenced EMS or ICR controlled function entity (if ICR controlled function entity provides north orientation ICR configuration data configuration interface), EMS or ICR controlled function entity receive that the ICR configuration data comes into force after the order, the ICR configuration data that the NIS before this of coming into force in this EMS or ICR controlled function entity compass of competency issues, the success that comes into force is then returned the success response that comes into force of ICR configuration data to NIS, otherwise returns the ICR configuration data failure response that comes into force.
8, NIS receives that ICR configuration data that EMS or ICR controlled function entity return comes into force behind the failure response, then return ICR configuration data change failure response to revising source EMS, modification source EMS prompting user ICR configuration data configuration failure, by customer inspection and modification configuration data, come into force successfully up to whole ICR configuration datas.
In the third embodiment of the present invention, in system's running, NIS initiates the inspection of ICR configuration data consistency, can be automatic checking, or manual initiation of user checked.
When automatic checking, the user can dispose the scope of automatic inspection and automatic inspection cycle start-up time etc. in advance.Inspection start-up time of setting then, NIS initiates the inspection of ICR configuration data consistency according to the examination scope of configuration automatically, and the north orientation ICR configuration data query interface that provides by EMS or ICR controlled function entity inquires corresponding NIS with the ICR configuration data of the ICR controlled function entity that this examination scope covers.
After NIS inquires the ICR configuration data that check to cover all ICR controlled function entities, check that these ICR controlled function entities provide relevant or have public ICR configuration data whether consistent, outgoing inspection report.If find in the audit report to exist the ICR configuration data inconsistent between the ICR controlled function entity, then report the ICR configuration data inconsistent alarm, prompting user intervention, the ICR configuration data of modification ICR controlled function entity.
When the manual initiation of user was checked, the user initiated the inspection of ICR configuration data consistency on NIS, can specify the whole network ICR configuration data inspection or only initiate the ICR configuration data inspection of part ICR controlled function entity in the network.According to the examination scope that the user selectes, the north orientation ICR configuration data query interface that NIS provides by EMS or ICR controlled function entity inquires NIS with the ICR configuration data of the ICR controlled function entity that this examination scope covers.
After NIS inquires the ICR configuration data that check to cover all ICR controlled function entities, check that these ICR controlled function entities provide relevant or have public ICR configuration data whether consistent, outgoing inspection report.If find in the audit report to exist the ICR configuration data inconsistent between the ICR controlled function entity, then point out the ICR configuration data of user's modification ICR controlled function entity.
Figure 16 shows the system configuration of NIS100 provided by the invention, for convenience of explanation, only shows part related to the present invention:
Centralized control is carried out in the configuration of the ICR configuration data of ICR controlled function entity in 101 pairs of networks of ICR configuration data configuration control module, issues the ICR configuration data to EMS or ICR controlled function entity, and control comes into force.
ICR configuration data configuration interface module 102 issues ICR configuration data 101 configurations of ICR configuration data configuration control module or that EMS sends to EMS or ICR controlled function entity, and the ICR configuration data that reception EMS or ICR controlled function entity return issues response.
After the ICR configuration data issues successfully, the ICR configuration data interface module 103 that comes into force issues the order that comes into force of ICR configuration data to EMS or ICR controlled function entity, control IC R configuration data comes into force, and receives the response that comes into force of ICR configuration data that EMS or ICR controlled function entity return.
ICR configuration data query interface module 104 issues ICR configuration data consistency inspection request to EMS or ICR controlled function entity, receives the ICR configuration data consistency check result that EMS or ICR controlled function entity return, the outgoing inspection report.
In the present invention, also need to increase corresponding ICR configuration data configuration interface module, ICR configuration data come into force interface module ICR and configuration data query interface module on the structure of EMS or ICR controlled function entity, be respectively applied for ICR configuration data, ICR configuration data that NIS issues come into force order and the ICR configuration data consistency inspection request receive handled, return the ICR configuration data to NIS and issue response, ICR configuration data come into force response and ICR configuration data consistency check result, specific implementation repeats no more.
The above only is preferred embodiment of the present invention, not in order to restriction the present invention, all any modifications of being done within the spirit and principles in the present invention, is equal to and replaces and improvement etc., all should be included within protection scope of the present invention.
Claims (13)
1, a kind of configuring management method of ICR configuration data is characterized in that, described method comprises:
Configuration change by the ICR configuration data of Element management system or ICR controlled function entity in the ICR configuration management system NIS centrally controlled network;
Control comes into force at influenced ICR controlled function entity to the ICR configuration data of ICR controlled function physical arrangements or from the ICR configuration data change that Element management system is initiated from ICR configuration management system NIS.
2, the method for claim 1 is characterized in that, when the ICR configuration data of centralized configuration ICR controlled entity, and ICR controlled function entity is not when providing north orientation ICR configuration data configuration interface, and described method comprises the steps:
A11. the ICR configuration data of centralized configuration ICR controlled function entity on ICR configuration management system NIS;
A12.ICR configuration management system NIS issues described ICR configuration data by the ICR controlled function entity of north orientation ICR configuration data configuration interface under Element management system of Element management system;
After the A13.ICR configuration data issued successfully, the north orientation ICR configuration data that ICR configuration management system NIS provides by the Element management system described ICR configuration data of interface configuration that comes into force came into force at ICR controlled function entity.
3, the method for claim 1, it is characterized in that, when the ICR configuration data that disposes the ICR controlled function entity under this Element management system by Element management system, and ICR controlled function entity is not when providing north orientation ICR configuration data configuration interface, and described method comprises the steps:
ICR configuration data after the change that A21.ICR configuration management system NIS reception modification source Element management system sends;
A22.ICR configuration management system NIS issues described ICR configuration data to the north orientation ICR of Element management system configuration data configuration interface to influenced ICR controlled function entity by being subjected to shadow;
After the A23.ICR configuration data issued successfully, the north orientation ICR configuration data that ICR configuration management system NIS provides by the Element management system described ICR configuration data of interface configuration that comes into force came into force at influenced ICR controlled function entity.
4. the method for claim 1 is characterized in that, when the ICR configuration data of centralized configuration ICR controlled function entity, and ICR controlled function entity is when providing north orientation ICR configuration data configuration interface, and described method comprises the steps:
The ICR configuration data of A31.ICR configuration management system NIS centralized configuration ICR controlled function entity;
A32.ICR configuration management system NIS issues the ICR configuration data by the north orientation ICR configuration data configuration interface that ICR controlled function entity provides to ICR controlled function entity;
After the A33.ICR configuration data issued successfully, the north orientation ICR configuration data that ICR configuration management system NIS provides by the ICR controlled function entity described ICR configuration data of interface configuration that comes into force came into force at ICR controlled function entity.
5. the method for claim 1, it is characterized in that, when the ICR configuration data that disposes the ICR controlled function entity under this Element management system by Element management system, and ICR controlled function entity is when providing north orientation ICR configuration data configuration interface, and described method comprises the steps:
ICR configuration data after the change that A41.ICR configuration management system NIS reception modification source Element management system sends;
A42.ICR configuration management system NIS issues the ICR configuration data by the north orientation ICR configuration data configuration interface that influenced ICR controlled function entity provides to influenced ICR controlled function entity;
After the A43.ICR configuration data issued successfully, the north orientation ICR configuration data that ICR configuration management system NIS provides by the influenced ICR controlled function entity described ICR configuration data of interface configuration that comes into force came into force at influenced ICR controlled function entity.
6. as claim 2 or 4 described methods, it is characterized in that described method further comprises the steps:
ICR configuration management system NIS receive Element management system or ICR controlled function entity to ICR configuration data correctness inspection do not pass through the perhaps failure response that returns during the configuration take-effective failure, prompting user ICR configuration data configuration failure.
7, as claim 3 or 5 described methods, it is characterized in that described method further comprises the steps:
When ICR configuration management system NIS to the ICR configuration data change of revising the source Element management system and issuing check by the time, Element management system returns failure response to the source of modification.
8, as claim 3 or 5 described methods, it is characterized in that described method further comprises the steps:
ICR configuration management system NIS receive affected network elements management system or influenced ICR controlled function entity to ICR configuration data correctness inspection do not pass through, the failure response that returns when perhaps configuration take-effective is failed, Element management system returns failure response to the source of modification.
9, the method for claim 1 is characterized in that, described method further comprises:
The north orientation ICR configuration data query interface that ICR configuration management system NIS provides by Element management system or ICR controlled function entity obtains the ICR configuration data of ICR controlled function entity, concentrates and carries out consistency check, the outgoing inspection report.
10, the method for claim 1 is characterized in that, described ICR controlled function entity is the base station, perhaps the RRM server.
11, a kind of configuration management system of ICR configuration data, it is characterized in that, described system is used for the configuration change of the ICR configuration data of interior Element management system of centrally controlled network or ICR controlled function entity, and control comes into force at influenced ICR controlled function entity to the ICR configuration data of ICR controlled function physical arrangements or from the ICR configuration data change that Element management system is initiated.
12, system as claimed in claim 11 is characterized in that, described system comprises:
ICR configuration data configuration control module, the configuration change that is used for the ICR configuration data of interior Element management system of centrally controlled network or ICR controlled function entity, and control comes into force at influenced ICR controlled function entity to the ICR configuration data of ICR controlled function physical arrangements or from the ICR configuration data change that Element management system is initiated;
ICR configuration data configuration interface module, be used for issuing the ICR configuration data configuration of ICR configuration data configuration control module or that Element management system sends to Element management system or ICR controlled function entity, the ICR configuration data that reception Element management system or ICR controlled function entity return issues response; And
The ICR configuration data interface module that comes into force, be used for after the ICR configuration data issues successfully, issue the order that comes into force of ICR configuration data to Element management system or ICR controlled function entity, receive the response that comes into force of ICR configuration data that Element management system or ICR controlled function entity return.
13, system as claimed in claim 11 is characterized in that, described system further comprises:
ICR configuration data query interface module, the north orientation ICR configuration data query interface that is used for providing by Element management system or ICR controlled function entity obtains the ICR configuration data of ICR controlled function entity, concentrates and carries out consistency check, the outgoing inspection report.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN101299876B (en) | 2007-04-30 | 2011-07-06 | 华为技术有限公司 | Synchronisation method, communication switching method, wireless network and node |
| CN101321357B (en) * | 2007-06-05 | 2012-01-11 | 中兴通讯股份有限公司 | Long-term evolution network management system and method |
| CN101170790B (en) * | 2007-11-30 | 2011-01-12 | 华为技术有限公司 | Method and device for checking parameter configuration consistence of related network elements |
| CN102904736A (en) * | 2011-07-25 | 2013-01-30 | 中兴通讯股份有限公司 | Method for configuring base station data, network element management system and OMM (operation maintenance module) |
| CN116501713B (en) * | 2023-06-26 | 2023-09-22 | 成都谐盈科技有限公司 | Method for realizing distributed file system |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1352508A (en) * | 2000-11-02 | 2002-06-05 | Lg电子株式会社 | Management method for community source in mobile communication system |
| CN1435963A (en) * | 2002-01-30 | 2003-08-13 | 华为技术有限公司 | Method of radio resourse management optimization in CDMA system |
| CN1582054A (en) * | 2003-07-31 | 2005-02-16 | 西门子移动通讯公司 | Common radio resource management method in a multi-rat cellular telephone network |
| EP1519607A1 (en) * | 2003-09-23 | 2005-03-30 | Siemens Aktiengesellschaft | A method and system for performing radio resource management in a mobile radio network |
| EP1565026A2 (en) * | 2004-02-12 | 2005-08-17 | Samsung Electronics Co., Ltd. | Method of efficiently transmitting control information for multimedia broadcast/multicast service |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1352508A (en) * | 2000-11-02 | 2002-06-05 | Lg电子株式会社 | Management method for community source in mobile communication system |
| CN1435963A (en) * | 2002-01-30 | 2003-08-13 | 华为技术有限公司 | Method of radio resourse management optimization in CDMA system |
| CN1582054A (en) * | 2003-07-31 | 2005-02-16 | 西门子移动通讯公司 | Common radio resource management method in a multi-rat cellular telephone network |
| EP1519607A1 (en) * | 2003-09-23 | 2005-03-30 | Siemens Aktiengesellschaft | A method and system for performing radio resource management in a mobile radio network |
| EP1565026A2 (en) * | 2004-02-12 | 2005-08-17 | Samsung Electronics Co., Ltd. | Method of efficiently transmitting control information for multimedia broadcast/multicast service |
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