CN109922482A - Dispositions method, OMC system, electronic equipment and the storage medium of OMC system - Google Patents
Dispositions method, OMC system, electronic equipment and the storage medium of OMC system Download PDFInfo
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Abstract
The embodiment of the present invention provides dispositions method, OMC system, electronic equipment and the storage medium of a kind of OMC system.The method includes the clients of SON to obtain the SON event that base station reports, and sends the corresponding processing scheme of event to the server of the SON independently disposed in OMC system；The server of SON generates corresponding processing according to processing scheme and orders, independent container in the server respective operations maintenance centre OMC system of SON；The man-machine language subsystem MML that processing order is sent in the primary server of OMC system by the server of SON, so that processing order is sent to corresponding base station by MML；The server of SON receives the event handling that base station reports as a result, generating configuration change message according to event handling result；Configuration change message is sent to the configuration management subsystem CM in the primary server of OMC system by the server of SON, so that CM carries out configuration update according to configuration change message.The method reduces the load of primary server, improves the overall treatment efficiency of OMC system by individually disposing SON.
Description
Technical field
The present embodiments relate to a kind of field of communication technology, especially a kind of dispositions method of OMC system, OMC system,
Electronic equipment and storage medium.
Background technique
SON (Self Organizing Network, i.e. self-organizing network) be with (Long Term Evolution,
Long term evolution) System Development and the network theory and specification of complete set drawn.Main thought is realize wireless network one
A little autonomic functions reduce artificial participation, cut operating costs.The major function of SON can be concluded are as follows: self-configuring, self-optimizing, from
More.Such as PCI (Physical Cell Identity, Physical Cell Identifier) is automatically configured, Automatic Neighboring Relation function optimization,
Cell deactivates prediction etc..
Fig. 1 is the deployment schematic diagram of OMC system in the prior art.
As shown in Figure 1, SON is deployed in OMC (Operation and Maintenance Center, operation and maintenance center)
In the primary server of system, SON and primary server share a sleeve containes, and SON and primary server share a process.SON includes
SON module, SON module are disposed in the server.The function of SON module is to receive the SON event of subordinate base station, is carried out at business
Reason.Primary server is OMC system core part, actually accomplishes sorts of systems business, including OMT (Operation
Maintenance Terminal, operating maintenance terminal) management business.
The mode of the prior art has the following problems:
The business processing of SON module affects primary server to a certain extent and handles other business.When the base station of management
When negligible amounts, influence of the SON module to primary server is smaller, can ignore substantially.And with LTE fast development, high-volume
Base station in outfield commercialization, once the functional switch opening of SON module institute, a large amount of SON event can be reported to the main clothes of OMC
Business device, SON module handles optimization event using primary server for a long time, and primary server will also handle the management industry of itself
Business can reduce the treatment effeciency of primary server, can make main service under serious situation so that primary server bears very big load
Device memory overflows or delay machine.
Summary of the invention
In view of the drawbacks of the prior art, the embodiment of the present invention provides a kind of dispositions method of OMC system, OMC system, electronics
Equipment and storage medium.
On the one hand, the embodiment of the present invention provides a kind of dispositions method of OMC system, which comprises
The client of self-organizing network SON obtains the SON event that base station reports, and the corresponding processing scheme of event is sent
The server of the SON independently disposed into operation and maintenance center's OMC system；
The server of SON generates corresponding processing according to the processing scheme and orders, the server respective operations maintenance of SON
Independent container in the OMC system of center；
The man-machine language subsystem that processing order is sent in the primary server of the OMC system by the server of SON
MML, so that processing order is sent to corresponding base station by MML；
The server of SON receives the event handling that base station reports and disappears as a result, generating configuration change according to event handling result
Breath；
Configuration change message is sent to the configuration management subsystem in the primary server of the OMC system by the server of SON
Unite CM, so that CM carries out configuration update according to configuration change message.
On the other hand, the embodiment of the present invention provides a kind of OMC system, and the OMC system includes:
The client of SON, the SON event reported for obtaining base station, and behaviour is sent by the corresponding processing scheme of event
Make the server of the SON independently disposed in maintenance centre's OMC system；
The server of SON is ordered for generating corresponding processing according to the processing scheme, the corresponding behaviour of the server of SON
Make independent container in maintenance centre's OMC system；
The server of SON is also used to handle man-machine language that order is sent in the primary server of the OMC system
System MML, so that processing order is sent to corresponding base station by MML；
The server of SON is also used to receive the event handling that base station reports and configures as a result, being generated according to event handling result
Change message；
The server of SON is also used to for configuration change message being sent to the configuration pipe in the primary server of the OMC system
Subsystem CM is managed, so that CM carries out configuration update according to configuration change message.
On the other hand, the embodiment of the present invention also provides a kind of electronic equipment, including memory, processor, bus and deposits
The computer program that can be run on a memory and on a processor is stored up, the processor is realized when executing described program with top
The step of method.
On the other hand, the embodiment of the present invention also provides a kind of storage medium, is stored thereon with computer program, described program
The step of method as above is realized when being executed by processor.
As shown from the above technical solution, the dispositions method of OMC system provided in an embodiment of the present invention, OMC system, electronics are set
Standby and storage medium, the method have by the way that the server of SON is corresponded in OMC independent container so that individually disposing SON
The load for reducing primary server of effect, improves the overall treatment efficiency of OMC system.
Detailed description of the invention
Fig. 1 is the deployment schematic diagram of OMC system in the prior art；
Fig. 2 is a kind of C/S structural schematic diagram provided in an embodiment of the present invention；
Fig. 3 is a kind of flow diagram of the dispositions method of OMC system provided in an embodiment of the present invention；
Fig. 4 is the general frame schematic diagram of OMC system in the embodiment of the present invention；
Fig. 5 is a kind of configuration diagram of OMC system provided in an embodiment of the present invention；
Fig. 6 is a kind of Signalling exchange schematic diagram of the dispositions method of OMC system provided in an embodiment of the present invention；
Fig. 7 is a kind of structural schematic diagram for OMC system that further embodiment of this invention provides；
Fig. 8 is the structural schematic diagram for a kind of electronic equipment that further embodiment of this invention provides.
Specific embodiment
In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below in conjunction with the embodiment of the present invention
In attached drawing, technical solution in the embodiment of the present invention is explicitly described, it is clear that described embodiment is the present invention
Embodiment a part of the embodiment, instead of all the embodiments.
OMC system in the embodiment of the present invention is different from the OMC system of the prior art, wherein the deployment way of SON is different
In the deployment way of SON in the prior art, the resource of primary server in OMC system is occupied for the business processing of SON module
Situation in embodiments of the present invention improves the deployment architecture of SON, so that SON does not influence the normal operation of primary server.
Fig. 2 shows a kind of C/S structural schematic diagrams provided in an embodiment of the present invention.
Optionally, as shown in Fig. 2, disposing SON using C/S structure, the basic principle of C/S structure is by Task-decomposing at more
A subtask is divided the work by multiple stage computers and is completed.Specifically include client Client and server end Server, wherein
Client completion data processing and user interface function, Server completion DBMS (Database Management System,
Data base management system) core function.Client and Server is usually in respectively on two computers of wide apart,
The task of Client is the requirement of user to be submitted to Server, then the Server result returned is shown in a specified pattern
User；The task of Server is the service request for receiving Client and proposing, is performed corresponding processing, then return result to
Client。
Optionally, SON includes the client of SON and the server of SON, and the client of SON is presented towards operation maintenance personnel to be handed over
Mutual interface is operated on interface for operation maintenance personnel, to determine that the processing scheme of operation maintenance personnel, processing scheme include that processing is wanted
It sums corresponding parameter etc., the server of SON receives the processing scheme that the client of SON is sent, and carries out event handling.
Optionally, the client of SON and the server of SON are interacted by way of the prior art.
Optionally, increase by one server of setting in OMC system, which is the server of the SON, that is,
It says and the server of SON is individually deployed in OMC system, the primary server of OMC system is eliminated the reliance on, originally in primary server
The SON service that SON module provides will be taken over by the server of the SON after independently disposing.
Optionally, following manner realization can be used in the independent deployment of the server of SON.
Optionally, SON module in the prior art corresponds to an application program of isolated operation, therefore can answering SON
It is packaged with program, obtains package file.
Optionally, the SON for SON being separated from the container of the primary server of the prior art, and will being included in primary server
Associative directory delete, in OMC system increase a new container, the package file obtained after encapsulation is loaded into new appearance
In device, the independent deployment of the server of SON is realized.
Optionally, it after the server of SON is independently disposed, can be realized by way of the prior art and its in OMC system
The interaction of his device.
Fig. 3 shows a kind of flow diagram of the dispositions method of OMC system provided in an embodiment of the present invention.
As shown in figure 3, method provided in an embodiment of the present invention specifically includes the following steps:
Step 11, the client of self-organizing network SON obtain the SON event that reports of base station, and by the corresponding processing of event
Scheme is sent to the server of the SON independently disposed in operation and maintenance center's OMC system；
The dispositions method of OMC system of the embodiment of the present invention is realized in OMC system.
Optionally, base station (eNodeB) receives the measurement report that UE (User Equipment, user equipment) reports, measurement
Report includes multiple measurement data of UE measurement.
Optionally, eNodeB judges whether a certain measurement data meets the condition of presetting, if so, base station active reporting
SON event.
Optionally, the client (SON-Client) of SON obtains SON event, so that operation maintenance personnel can on the interface OMC
See the SON event reported.
Optionally, operation maintenance personnel operates event on the interface OMC, and the client of SON will operate corresponding processing
Scheme is sent to the server of SON.
Step 12, SON server corresponding processing generated according to the processing scheme order, the server correspondence of SON
Independent container in OMC system；
Optionally, the server of SON has the function of the module of former SON: the SON service of offer, such as PCI modification, neighbour
Area's addition or event argument modification etc. can generate corresponding processing according to the specific processing scheme of acquisition and order.
Step 13, the man-machine language that processing order is sent in the primary server of the OMC system by the server of SON are sub
System MML, so that processing order is sent to corresponding base station by MML；
Optionally, after the server of SON generates processing order, processing order is sent to the main service of the OMC system
MML (Man-Machine Language, man-machine language) in device.The server of the SON independently disposed uses the OMC system
Resource in primary server: MML, MML are the application modules in primary server, and function is to order processing to carry out machine translation,
Subsequent network element such as base station is set to be understood that the processing order of the server of SON.
Step 14, the event handling that the server reception base station of SON reports configure as a result, being generated according to event handling result
Change message；
Optionally, after eNodeB receives the processing order, processing order is executed, such as PCI is carried out according to content and is repaired
Change.
Optionally, after eNodeB is finished, reported event processing result is needed, so that the server of SON knows event
Processing result.For example, eNodeB PCI is successfully modified, then the PCI configuration information of successfully modified and modified cell is sent.
Optionally, the server of SON generates configuration change message according to event handling result, and configuration change message is to be used for
The equipment for notifying the various configuration informations of maintenance management in network, the PCI configuration information of base station has changed at this time, should be right in time
Configuration information is modified.
Optionally, eNodeB can also carry out the processing operations such as adjacent area addition, event argument modification by the server of SON.
Step 15, SON server configuration change message is sent to the configuration pipe in the primary server of the OMC system
Subsystem CM is managed, so that CM carries out configuration update according to configuration change message.
Optionally, in the OMC system, that be responsible for maintenance configuration information is the CM in primary server
(Configuration Management, configuration management subsystem).
Optionally, the server of the SON independently disposed uses the resource in the primary server of the OMC system: CM, notice
CM, so that CM carries out configuration update according to configuration change message.
It is understood that SON and primary server share a container, the load of primary server in compared to the prior art
It is excessive, the server that a container individually disposes SON is added in embodiments of the present invention, reduces SON module and primary server
The degree of coupling, reduce the load of primary server.
Optionally, the device interacted in OMC system with the server of SON has multiple, including MML subsystem, configuration management
Subsystem CM, network element adapter (Network Element Adapter, NEA).
Wherein, MML, CM are the application modules in primary server, and interaction scenario is as shown in table 1:
| Application module | With the interaction scenario of the server of SON |
| Configuration management subsystem (CM) | The interface for obtaining configuration data is provided to the server of SON |
| MML subsystem (MML) | The result of transmitting order to lower levels is provided to SON subsystem |
| Network element adapter (NEA) | JMS message is sent to the server of SON |
The dispositions method of OMC system provided in this embodiment, by the way that the server of SON is corresponded to independent container in OMC,
So that individually disposing SON, the load of primary server is effectively reduced, improves the overall treatment efficiency of OMC system.
On the basis of the above embodiments, the dispositions method for the OMC system that further embodiment of this invention provides, the clothes of SON
After business device receives the step of event handling result that base station reports, the method also includes:
Event handling result is sent to database by the server of SON；
The client of SON is from event handling is read as a result, and being shown on the interface OMC in database.
Optionally, the server of the SON independently disposed uses the resource in the primary server of the OMC system: database
(Database, DB).
Optionally, after the server of SON receives the event handling result that base station reports, in addition to configuration change message is sent out
The configuration management subsystem CM into the primary server of the OMC system is sent, event handling result is also sent to database.
Optionally, database is the lasting data center in OMC system, for saving all kinds of business datums.
Optionally, after database is written in event handling result by the server of SON, the client of SON is read from database
Take event handling as a result, more new database data.
Optionally, the event handling of more new database is as a result, by event handling as the result is shown on the interface OMC, for fortune
The executive condition of dimension personnel grasp event.
Other steps of the present embodiment are similar to previous embodiment step, and this embodiment is not repeated.
The dispositions method of OMC system provided in this embodiment writes database by the server of SON, the client of SON is read
Database, by event handling as the result is shown on the interface OMC.
On the basis of the above embodiments, the dispositions method for the OMC system that further embodiment of this invention provides, the visitor of SON
There are many deployment way at family end, and the present embodiment is illustrated by taking one way in which as an example.
Optionally, the client of the SON is set in OMT, and OMT is the client of the primary server of OMC system；Or
Person, the client of the SON are independently disposed in OMC system.
Optionally, the client of the primary server of OMC system is known as OMT, and the client of SON is combined and is set in OMT,
It is jointly server and the primary server service of OMC system of SON by OMT.
Optionally, when the volume of event of SON is very big, the load of OMT is also very heavy, in embodiments of the present invention by the visitor of SON
Family end is independently disposed in OMC system, can reduce the load of OMT.
Other steps of the present embodiment are similar to previous embodiment step, and this embodiment is not repeated.
The dispositions method of OMC system provided in this embodiment, by the way that the client of SON is independently disposed in OMC system,
It can reduce the load of OMT.
Fig. 4 is the general frame schematic diagram of OMC system in the embodiment of the present invention.
As shown in figure 4, on the basis of the above embodiments, the deployment side for the OMC system that further embodiment of this invention provides
Method, the client of self-organizing network SON obtains the SON event that base station reports, and sends SON for the corresponding processing scheme of event
Server the step of before, the method also includes:
System platform OP in OMC system carries out packing compiling to the application program of SON, obtains the package file of SON；
The package file is extracted to be set in the independent container increased newly in OMC system, the SON's independently disposed
Server.
Optionally, OMC system is made of hardware components and software section, and software section includes that (OSS Platform is OP
System platform) and operating system, wherein OP includes multiple subsystems again, and wherein SON is one of subsystem.
Since distributed system architecture is made in consideration in design in OP, i.e. subsystems can be distributed in difference
Server on, that is to say, that the subsystem of SON corresponds to an application program of isolated operation, therefore can be directly by OP
The application program of SON is compiled into package file, the application program of SON by the packing of OP system platform by the encapsulation performance of itself
Source code including SON software.
And extract package file, it is put into the independent container (jboss) increased newly in OMC system, to obtain
The server of the SON independently disposed.
Other steps of the present embodiment are similar to previous embodiment step, and this embodiment is not repeated.
The dispositions method of OMC system provided in this embodiment, be based on distributed treatment mechanism, can simple and fast completion
The independent deployment of SON.
On the basis of the above embodiments, the dispositions method for the OMC system that further embodiment of this invention provides, the clothes of SON
The step of processing order is sent to the man-machine language subsystem MML in the primary server of the OMC system by business device specifically:
The server of SON calls preconfigured Java name and directory interface using JAVA business application component EJB
JNDI, the MML that processing order is sent in the primary server of the OMC system by JNDI；
Correspondingly, configuration change message is sent to the configuration pipe in the primary server of the OMC system by the server of SON
The step of managing subsystem CM specifically:
The server of SON calls preconfigured JNDI using EJB, is sent to configuration change message by JNDI described
CM in the primary server of OMC system.
Optionally, there are many communication modes of the server of SON, the present embodiment is said by taking one way in which as an example
It is bright.
The server of SON realizes communication by Java Message Service JMS and JAVA business application component EJB.
Optionally, the interaction in OMC system between device and device can by JMS (Java Message Service,
Java Message Service) and EJB (Enterprise Java Bean, JAVA business application component) Lai Shixian.
Optionally, the server of SON also needs to be correspondingly arranged JMS and EJB.Wherein, JMS is mainly used for receiving what NEA was issued
Event, EJB are mainly used for calling the JNDI interface of configuration MML.
Optionally, after the server of SON is independently disposed, JNDI (Java Naming and is set in the server of SON
Directory Interface, Java name and directory interface), with provide with other devices of OMC system (such as MML and
COM the interface of interaction).
Optionally, JNDI is a kind of Java naming system interface of standard, and every JNDI includes naming service and catalogue clothes
Business, and a corresponding IP (Internet Protocol, the agreement interconnected between network) address.
Optionally, the java application of each device of OMC system is mounted on JNDI, that is to say, that includes in catalogue
Each device of OMC system when the device needs of OMC system are interacted with the server of SON, can be inquired by respective JNDI and be handed over
Information (such as title and IP address) required for mutually, the information obtained according to inquiry interact with the server of SON.
Other steps of the present embodiment are similar to previous embodiment step, and this embodiment is not repeated.
The dispositions method of OMC system provided in this embodiment calls server and the OMC system of JNDI realization SON by EJB
The interaction of other devices of system.
As shown in figure 4, on the basis of the above embodiments, the deployment side for the OMC system that further embodiment of this invention provides
Method, the client of self-organizing network SON obtains the SON event that base station reports, and sends SON for the corresponding processing scheme of event
Server the step of before, the method also includes:
It is carried out using catalogue of the relevant java of the information on services of the OP general configuration file to the JNDI of the server of SON
It updates, so that the server of SON obtains the title and IP address of MML and CM；
MML and CM obtains the title and IP address of the server of SON, updates JNDI configuration.
Optionally, each device includes the server of SON and the device that interacts with the server of SON in OMC system.
Optionally, related by the information on services of system platform OP after the configurations that the server of SON completes JNDI
The general configuration file of java complete configuration.
Optionally, the catalogue of the JNDI of the server of SON need to be updated, so that the server of SON obtains OMC system
In the title and IP address of the device (such as MML and CM) that are interacted with the server of SON.
Correspondingly, the device interacted in OMC system with the server of SON needs to obtain the title and IP of the server of SON
Address carries out JNDI configuration, is just able to achieve the communication of both sides.
Optionally, the general configuration file (OP_ of the relevant java of information on services of OP can be used
ServerInfo.properties configuration) is completed.
Other steps of the present embodiment are similar to previous embodiment step, and this embodiment is not repeated.
The dispositions method of OMC system provided in this embodiment, using the configuration that the relevant java of the information on services of OP is general
File is updated the catalogue of the JNDI of the server of SON, realizes the communication of both sides.
On the basis of the above embodiments, the dispositions method for the OMC system that further embodiment of this invention provides, the container
Selection can there are many, the embodiment of the present invention is illustrated by taking one of which as an example.
The container is the application server jboss of the open source code based on Java enterprise version.
Optionally, the server of SON has independent container, selects jboss (to be based on Java enterprise in the embodiment of the present invention
The application server of the open source code of version) container as SON.
Optionally, jboss is J2EE (Java 2Platform Enterprise Edition, Java 2 Platform Enterprise Edition)
Container, jboss is managed, the encapsulation of SON to provide environment in application program therein to component therein is operated in
File is exactly a kind of component of application program.Jboss performance is stablized, and the system resource that when operation occupies is small, favorable expandability, and props up
Hold the common function of development and application system.
Other steps of the present embodiment are similar to previous embodiment step, and this embodiment is not repeated.
The dispositions method of OMC system provided in this embodiment can by selecting container of the jboss as the server of SON
Obtain the server of SON of good performance.
In order to more fully understand technology contents of the invention, on the basis of the above embodiments, the present embodiment is described in detail
The dispositions method of the OMC system of offer.
Present invention mainly solves SON a large amount of when extensive base station deployment (Self Organising Network, i.e., from
Tissue network) event message can cause extreme shock to primary server, and serious to reduce primary server treatment effeciency, primary server is deposited
In the risk of delay machine.In order to enable the managing mass base station of network management more efficiently, increase the reliability of network, this programme base
SON is serviced into independent list by means of the encapsulation of OP (OSS Platform, i.e. system platform) system itself in C-S framework
It is solely put into a server, effective solution primary server handles the risk of a large amount of events.
The interaction scenario of SON and other subsystems are as shown in Figure 1.
Wherein, the module interacted with SON specifically includes that
| Subsystem | With the interaction scenario of SON |
| Configuration management subsystem (CM) | The interface for obtaining configuration data is provided to SON subsystem |
| MML subsystem (MML) | The result of transmitting order to lower levels is provided to SON subsystem |
| Network element adaption system (NEA) | JMS message is sent to SON subsystem |
The first window of Son-Client:SON system provides user friendly interactive interface, helps user to complete various
Business demand.
Primary server: OMC system core part actually accomplishes sorts of systems business.SON module is disposed in the server.
SON module: the core of SON actually accomplishes sorts of systems business.
Database: the lasting data center of OMC system saves all kinds of business datums.
As shown in Fig. 2, the basic principle of C/S structure is by computer application Task-decomposing into multiple subtasks, You Duotai
The computer division of labor is completed, that is, uses " function distribution " principle.Client completes data processing, and data indicate and user interface function
Energy；Server end completes the core function of DBMS (data base management system).Client and Server is usually in apart respectively
On two far computers, the task of Client program is that the requirement of user is submitted to Server program, then by Server
The result that program returns is shown to user in a specified pattern；The task of Server program is the service for receiving CLIENT PROGRAM and proposing
Request, performs corresponding processing, then return result to CLIENT PROGRAM.
As shown in figure 4, since distributed system architecture is made in consideration in design in OP platform, i.e. modules can be with
On a different server, the interaction between module and module can be realized by JMS message and EJB far call for distribution.
OP system encapsulates JMS message and EJB far call, and the phase of other modules is configured on the server of each module
Close information, that is, JNDI (Java naming and directory interface Java, i.e. name and directory interface)
Information required for inquiring.So concern is primarily with how to configure OP system when individually disposing SON server based on OP system
The relevant information of middle needs, rather than the variation in operation flow.
Fig. 5 shows a kind of configuration diagram of OMC system provided in an embodiment of the present invention.
As shown in figure 5, being all based on the realization of OP system to the far call of JMS message and EJB message in SON module.
When all modules are deployed in same server, all modules share the same JBoss container, so the JNDI of each module
Configuration is also identical.When SON is individually deployed on an other server, SON module and other module distributions are in difference
Two JBoss containers in, so the relevant information of container where module needed for it should be configured in SON server, be used for
The interface of the transmission of JMS message and the other modules of far call similarly becomes when configuration module needs to send configuration to SON module
When more, OMC server similarly needs to configure the relevant information of SON server.Need to configure OP_
ServerInfo.properties completes above functions.
Fig. 6 shows a kind of Signalling exchange schematic diagram of the dispositions method of OMC system provided in an embodiment of the present invention.
As shown in fig. 6, the entire business processing flow of SON is as follows:
(1) data that eNodeB is reported according to UE judge whether that satisfaction presets condition.Condition is pre-seted when meeting
In the case of, eNodeB active reporting SON event.
(2) network element adapter NEA receives the event message that eNodeB is sent, and the event message can be transmitted to SON
server。
(3) SON server can be stored to database D B after receiving SON event message.
(4) client SON-Client can read event from database D B, and then user can see on the interface OMC
The event reported.
(5) after user is handled event on the interface OMC, event handling message can be sent to SON server.
(6) SON server can carry out operation processing to event to be processed, send the order that processing event is used to
Order line MML.
(7) order line can be sent to network element adapter (NEA) and be handled to the order received.
(8) after eNodeB receives the message that network element adapter (NEA) is sent, PCI modification is carried out according to message content
Or the processing operations such as adjacent area addition, event argument modification.
(9) event handling result is sent to network element adapter (NEA) by eNodeB.
(10) event handling result is forwarded to SON server by network element adapter (NEA).
(11) SON server gives configuration (CM) transmission configuration change message after receiving event result, and then is configured
It updates.
(12) after SON server receives event result, database D B is write the result into.
(13) SON client is from event handling is read as a result, and being shown on the interface OMC in database.
The dispositions method of OMC system provided in this embodiment, based on the encapsulation of OP system itself, to complete SON service
Device is independently disposed, while the original catalogue of SON for being located at primary server needs to delete；SON service needed for network element will be by independent part
SON server adapter tube after administration.
It is based on the encapsulation of OP system, SON server is independent, it completes to realize by software.Original jboss container
Separation introduces new jboss, completes the independent deployment of new demand servicing device, reduces the degree of coupling of system.Utilize distributed processing
Mechanism completes OMC system deployment.
After SON is independent, the degree of coupling of system is reduced, the load of primary server is greatly reduced, reduces
The risk of primary server delay machine, reduces the risk of software faults, also substantially increases the treatment effeciency of SON event.
Fig. 7 shows a kind of structural schematic diagram of OMC system of further embodiment of this invention offer.
Referring to Fig. 7, on the basis of the above embodiments, OMC system provided in this embodiment, the OMC system includes SON
Client 71 and SON server 72, in which:
The client 71 of SON sends behaviour for the corresponding processing scheme of event for obtaining the SON event that base station reports
Make the server of the SON independently disposed in maintenance centre's OMC system；The server 72 of SON is used for raw according to the processing scheme
It is ordered at corresponding processing, independent container in the server respective operations maintenance centre OMC system of SON；The server 72 of SON
It is also used to handle the man-machine language subsystem MML that is sent in the primary server of the OMC system of order, so that MML is by institute
It states processing order and is sent to corresponding base station；The server 72 of SON be also used to receive the event handling that base station reports as a result, according to
Event handling result generates configuration change message；The server 72 of SON is also used to for configuration change message to be sent to the OMC system
Configuration management subsystem CM in the primary server of system, so that CM carries out configuration update according to configuration change message.
Optionally, eNodeB judges whether a certain measurement data meets the condition of presetting, if so, base station active reporting
SON event.
Optionally, SON client (SON-Client) 71 obtain SON event, for operation maintenance personnel on the interface OMC energy
Enough see the SON event reported.
Optionally, operation maintenance personnel operates event on the interface OMC, and the client of SON will operate corresponding processing
Scheme is sent to the server 72 of SON.
Optionally, the server 72 of SON has the function of the module of former SON: the SON of offer is serviced, such as PCI modification,
Adjacent area addition or event argument modification etc. can generate corresponding processing according to the specific processing scheme of acquisition and order.
Optionally, after the server 72 of SON generates processing order, processing order is sent to the main clothes of the OMC system
Be engaged in MML (Man-Machine Language, man-machine language) in device.The server of the SON independently disposed uses the OMC system
Primary server in resource: MML, MML are the application modules in primary server, and function is to order processing to carry out machine and turn over
It translates, subsequent network element such as base station is made to be understood that the processing order of the server of SON.
Optionally, after eNodeB receives the processing order, processing order is executed, such as PCI is carried out according to content and is repaired
Change.
Optionally, after eNodeB is finished, reported event processing result is needed, so that the server of SON knows event
Processing result.For example, eNodeB PCI is successfully modified, then the PCI configuration information of successfully modified and modified cell is sent.
Optionally, the server 72 of SON generates configuration change message according to event handling result, and configuration change message is to use
The equipment of the various configuration informations of maintenance management in notice network, the PCI configuration information of base station has changed at this time, should be timely
It modifies to configuration information.
Optionally, eNodeB can also carry out the processing behaviour such as adjacent area addition, event argument modification by the server 72 of SON
Make.
Optionally, in the OMC system, that be responsible for maintenance configuration information is the CM in primary server
(Configuration Management, configuration management subsystem).
Optionally, the server 72 of the SON independently disposed uses the resource in the primary server of the OMC system: CM, leads to
CM is known, so that CM carries out configuration update according to configuration change message.
It is understood that SON and primary server share a container, the load of primary server in compared to the prior art
It is excessive, the server 72 that a container individually disposes SON is added in embodiments of the present invention, reduces SON module and main service
The degree of coupling of device reduces the load of primary server.
Optionally, the device interacted in OMC system with the server of SON has multiple, including MML (Man-Machine
Language, man-machine language) subsystem, configuration management subsystem (Configuration Management, CM), network element adaptation
Device (Network Element Adapter, NEA).
Wherein, MML, CM are the application modules in primary server, and interaction scenario is as shown in table 1:
| Application module | With the interaction scenario of the server of SON |
| Configuration management subsystem (CM) | The interface for obtaining configuration data is provided to the server of SON |
| MML subsystem (MML) | The result of transmitting order to lower levels is provided to SON subsystem |
| Network element adapter (NEA) | JMS message is sent to the server of SON |
It is understood that SON and primary server share a container, the load of primary server in compared to the prior art
It is excessive, a container is added in embodiments of the present invention and individually disposes SON, reduces the degree of coupling of SON and primary server, is reduced
The load of primary server.
OMC system provided in this embodiment, can be used for executing the method for above method embodiment, this implementation repeats no more.
OMC system provided in this embodiment, by the way that the server of SON is corresponded to independent container in OMC, so that independent portion
SON is affixed one's name to, the load of primary server is effectively reduced, improves the treatment effeciency of primary server.
Fig. 8 shows the structural schematic diagram of a kind of electronic equipment of further embodiment of this invention offer.
Refering to Fig. 8, electronic equipment provided in an embodiment of the present invention, the electronic equipment include memory (memory) 81,
Processor (processor) 82, bus 83 and it is stored in the computer program that can be run on memory 81 and on a processor.
Wherein, the memory 81, processor 82 complete mutual communication by the bus 83.
The processor 82 is used to call the program instruction in the memory 81, realizes when executing described program as schemed
3 method.
In another embodiment, following method is realized when the processor executes described program:
After the server of SON receives the step of event handling result that base station reports, the method also includes:
Event handling result is sent to database by the server of SON；
The client of SON is from event handling is read as a result, and being shown on the interface OMC in database.
In another embodiment, following method is realized when the processor executes described program: the client of the SON
End is set in OMT, and OMT is the client of the primary server of OMC system；Alternatively, the client of the SON is independently disposed to
In OMC system.
In another embodiment, following method: self-organizing network SON is realized when the processor executes described program
Client obtain the SON event that reports of base station, and the step of sending the server of SON for the corresponding processing scheme of event it
Before, the method also includes:
System platform OP in OMC system carries out packing compiling to the application program of SON, obtains the package file of SON；
The package file is extracted to be set in the independent container increased newly in OMC system, the SON's independently disposed
Server.
In another embodiment, following method is realized when the processor executes described program: the server of SON will
The step of man-machine language subsystem MML that processing order is sent in the primary server of the OMC system specifically:
The server of SON calls preconfigured Java name and directory interface using JAVA business application component EJB
JNDI, the MML that processing order is sent in the primary server of the OMC system by JNDI；
Correspondingly, configuration change message is sent to the configuration pipe in the primary server of the OMC system by the server of SON
The step of managing subsystem CM specifically:
The server of SON calls preconfigured JNDI using EJB, is sent to configuration change message by JNDI described
CM in the primary server of OMC system.
In another embodiment, realize following method when the processor executes described program: the method is also wrapped
It includes:
It is carried out using catalogue of the relevant java of the information on services of the OP general configuration file to the JNDI of the server of SON
It updates, so that the server of SON obtains the title and IP address of MML and CM；
MML and CM obtains the title and IP address of the server of SON, updates JNDI configuration.
In another embodiment, realize following method when the processor executes described program: the container is base
In the application server jboss of the open source code of Java enterprise version.
Electronic equipment provided in this embodiment can be used for executing the corresponding program of method of above method embodiment, this reality
It applies and repeats no more.
Electronic equipment provided in this embodiment, by the way that the server of SON is corresponded to independent container in OMC, so that individually
SON is disposed, the load of primary server is effectively reduced, improves the overall treatment efficiency of OMC system.
A kind of storage medium that further embodiment of this invention provides is stored with computer program on the storage medium, institute
It states and realizes when program is executed by processor such as the step of Fig. 3.
In another embodiment, following method is realized when described program is executed by processor:
After the server of SON receives the step of event handling result that base station reports, the method also includes:
Event handling result is sent to database by the server of SON；
The client of SON is from event handling is read as a result, and being shown on the interface OMC in database.
In another embodiment, following method is realized when described program is executed by processor: the client of the SON
It is set in OMT, OMT is the client of the primary server of OMC system；Alternatively, the client of the SON is independently disposed to OMC
In system.
In another embodiment, following method is realized when described program is executed by processor: self-organizing network SON's
Client obtains the SON event that reports of base station, and the step of sending the server of SON for the corresponding processing scheme of event it
Before, the method also includes:
System platform OP in OMC system carries out packing compiling to the application program of SON, obtains the package file of SON；
The package file is extracted to be set in the independent container increased newly in OMC system, the SON's independently disposed
Server.
In another embodiment, following method is realized when described program is executed by processor: the server of SON will be located
The step of man-machine language subsystem MML that reason order is sent in the primary server of the OMC system specifically:
The server of SON calls preconfigured Java name and directory interface using JAVA business application component EJB
JNDI, the MML that processing order is sent in the primary server of the OMC system by JNDI；
Correspondingly, configuration change message is sent to the configuration pipe in the primary server of the OMC system by the server of SON
The step of managing subsystem CM specifically:
The server of SON calls preconfigured JNDI using EJB, is sent to configuration change message by JNDI described
CM in the primary server of OMC system.
In another embodiment, following method is realized when described program is executed by processor: the method also includes:
It is carried out using catalogue of the relevant java of the information on services of the OP general configuration file to the JNDI of the server of SON
It updates, so that the server of SON obtains the title and IP address of MML and CM；
MML and CM obtains the title and IP address of the server of SON, updates JNDI configuration.
In another embodiment, following method is realized when described program is executed by processor: the container be based on
The application server jboss of the open source code of Java enterprise version.
Storage medium provided in this embodiment realizes the side of above method embodiment when described program is executed by processor
Method, this implementation repeat no more.
Storage medium provided in this embodiment, by the way that the server of SON is corresponded to independent container in OMC, so that individually
SON is disposed, the load of primary server is effectively reduced, improves the overall treatment efficiency of OMC system.
Further embodiment of this invention discloses a kind of computer program product, and the computer program product is non-including being stored in
Computer program in transitory computer readable storage medium, the computer program include program instruction, when described program refers to
When order is computer-executed, computer is able to carry out method provided by above-mentioned each method embodiment, for example,
The client of self-organizing network SON obtains the SON event that base station reports, and the corresponding processing scheme of event is sent
The server of the SON independently disposed into operation and maintenance center's OMC system；
The server of SON generates corresponding processing according to the processing scheme and orders, the server respective operations maintenance of SON
Independent container in the OMC system of center；
The man-machine language subsystem that processing order is sent in the primary server of the OMC system by the server of SON
MML, so that processing order is sent to corresponding base station by MML；
The server of SON receives the event handling that base station reports and disappears as a result, generating configuration change according to event handling result
Breath；
Configuration change message is sent to the configuration management subsystem in the primary server of the OMC system by the server of SON
Unite CM, so that CM carries out configuration update according to configuration change message.
It will be appreciated by those of skill in the art that although some embodiments described herein include other embodiments is wrapped
Certain features for including rather than other feature, but the combination of the feature of different embodiments mean in the scope of the present invention it
It is interior and form different embodiments.
It will be understood by those skilled in the art that each step in embodiment can be implemented in hardware, or at one or
The software module run on the multiple processors of person is realized, or is implemented in a combination thereof.Those skilled in the art should manage
Solution, can be used in practice microprocessor or digital signal processor (DSP) to realize according to an embodiment of the present invention one
The some or all functions of a little or whole components.The present invention is also implemented as executing method as described herein
Some or all device or device programs (for example, computer program and computer program product).
Although the embodiments of the invention are described in conjunction with the attached drawings, but those skilled in the art can not depart from this hair
Various modifications and variations are made in the case where bright spirit and scope, such modifications and variations are each fallen within by appended claims
Within limited range.
Claims (10)
1. a kind of dispositions method of OMC system, which is characterized in that the described method includes:
The client of self-organizing network SON obtains the SON event that base station reports, and sends behaviour for the corresponding processing scheme of event
Make the server of the SON independently disposed in maintenance centre's OMC system；
The server of SON generates corresponding processing according to the processing scheme and orders, the server respective operations maintenance centre of SON
Independent container in OMC system；
The man-machine language subsystem MML that processing order is sent in the primary server of the OMC system by the server of SON, with
Processing order is sent to corresponding base station for MML；
The server of SON receives the event handling that base station reports as a result, generating configuration change message according to event handling result；
Configuration change message is sent to the configuration management subsystem CM in the primary server of the OMC system by the server of SON,
So that CM carries out configuration update according to configuration change message.
2. according to the method described in claim 1, it is characterized by: the server of SON receives the event handling knot that base station reports
After the step of fruit, the method also includes:
Event handling result is sent to database by the server of SON；
The client of SON is from event handling is read as a result, and being shown on the interface OMC in database.
3. according to the method described in claim 1, OMT is OMC it is characterized by: the client of the SON is set in OMT
The client of the primary server of system；Alternatively, the client of the SON is independently disposed in OMC system.
4. according to the method described in claim 1, it is characterized by: the client of self-organizing network SON obtains what base station reported
SON event, and before the step of sending the server of SON for the corresponding processing scheme of event, the method also includes:
System platform OP in OMC system carries out packing compiling to the application program of SON, obtains the package file of SON；
It extracts the package file to be set in the independent container increased newly in OMC system, the service of the SON independently disposed
Device.
5. according to the method described in claim 1, it is characterized by: processing order is sent to the OMC system by the server of SON
The step of man-machine language subsystem MML in the primary server of system specifically:
The server of SON calls preconfigured Java name and directory interface JNDI using JAVA business application component EJB, leads to
Cross the MML that processing order is sent in the primary server of the OMC system by JNDI；
Correspondingly, configuration change message is sent to of the configuration management in the primary server of the OMC system by the server of SON
The step of system CM specifically:
The server of SON calls preconfigured JNDI using EJB, and configuration change message is sent to the OMC by JNDI
CM in the primary server of system.
6. according to the method described in claim 1, it is characterized by: the method also includes:
It is carried out more using catalogue of the relevant java of the information on services of the OP general configuration file to the JNDI of the server of SON
Newly, so that the server of SON obtains the title and IP address of MML and CM；
MML and CM obtains the title and IP address of the server of SON, updates JNDI configuration.
7. method described in -6 any one according to claim 1, it is characterised in that: the container is based on Java enterprise version
The application server jboss of open source code.
8. a kind of OMC system, which is characterized in that the OMC system includes:
The client of SON, the SON event reported for obtaining base station, and operation dimension is sent by the corresponding processing scheme of event
The server of the SON independently disposed in the OMC system of shield center；
The server of SON is ordered for generating corresponding processing according to the processing scheme, the server respective operations dimension of SON
Independent container in the OMC system of shield center；
The server of SON is also used to handle the man-machine language subsystem that order is sent in the primary server of the OMC system
MML, so that processing order is sent to corresponding base station by MML；
The server of SON is also used to receive the event handling that base station reports as a result, generating configuration change according to event handling result
Message；
The server of SON is also used to for configuration change message being sent to configuration management in the primary server of the OMC system
System CM, so that CM carries out configuration update according to configuration change message.
9. a kind of electronic equipment, which is characterized in that on a memory and can be including memory, processor, bus and storage
The computer program run on processor, which is characterized in that the processor realizes such as claim 1-7 when executing described program
The step of any one.
10. a kind of storage medium, is stored thereon with computer program, it is characterised in that: real when described program is executed by processor
Now such as the step of claim 1-7 any one.
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