CN103458444A - Device configuration self-adaption method, device configuration self-adaption device and device configuration self-adaption system - Google Patents
Device configuration self-adaption method, device configuration self-adaption device and device configuration self-adaption system Download PDFInfo
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Abstract
The invention provides a device configuration self-adaption method, a device configuration self-adaption device and a device configuration self-adaption system. The device configuration self-adaption method includes acquiring first configuration request information carrying base station marks and sent by a base station, acquiring base station version information according to the base station marks, acquiring driving software resources according to the first configuration request information and the base station version information, returning the driving software resources to the base station, acquiring second configuration request information sent by the base station, acquiring static base parameters according to the second configuration request information and the base station version information, returning the static base parameters to the base station, acquiring third configuration request information sent by the base station, making a request to an element management system (EMS) for acquiring network configuration parameters according to the third configuration request information, and returning the network configuration parameters sent by the EMS to the base station. Through the device configuration self-adaption method, the device configuration self-adaption device and the device configuration self-adaption system, communication can be established between base stations and EMSs of different manufacturers.
Description
Technical field
The present invention relates to the communication technology in communication network, relate in particular to a kind of equipment configuration adaptive approach, Apparatus and system.
Background technology
Because increasing manufacturer participates in informationalized construction, thereby modern communication networks progressively presents the characteristics of many producers coexistence, producer's equipment dispersion.Needed configurations parameter and network configuration parameters when storing same producer base station in the Element management system EMS in existing network and communicating, the configurations parameter is relevant to the models such as producer's version of base station, and the network of network configuration parameters and access is closely related, irrelevant with the version model of base station.And the not standardization of interface specification for communicating by letter between the base station of same producer and Element management system, communication process between devices from different manufacturers is very ununified yet, therefore the EMS of different manufacturers can not directly issue configurations parameter and network configuration parameters to base station, so can not direct communication between the base station of different manufacturers and Element management system.
Prior art is by coordinating interface specification and the parameter configuration between different manufacturers, the southbound interface that the existing Element management system EMS of large-scale redevelopment is used for and base station communicates, different base stations can be connected with EMS, and add the mode of other needed configurations parameters in producer base station in the EMS of a producer, make the EMS of different manufacturers can issue to base station the configurations parameter, and then can set up and communicate by letter between the EMS that has realized different manufacturers and base station.But along with increasing gradually of equipment, need to coordinate between a plurality of different manufacturers to carry out the phase coadaptation in prior art,, there is the problem that difficulty is large, cost is high of coordinating in the large-scale redevelopment existing system.
Summary of the invention
For the above-mentioned defect of conventional art, the embodiment of the present invention provides a kind of equipment configuration adaptive approach, Apparatus and system.
The embodiment of the present invention provides a kind of equipment configuration adaptive approach, comprising:
Obtain the first configuring request information that base station sends, carry the Base Station Identification of described base station in described the first configuring request information, obtain the base station edition information of described base station according to described Base Station Identification, according to described the first configuring request information and drive software resource corresponding to described base station edition acquisition of information, and return to described drive software resource to described base station;
Obtain the second configuring request information that described base station sends, according to described the second configuring request information and the static underlying parameter of described base station edition acquisition of information, and return to described static underlying parameter to described base station;
Obtain the 3rd configuring request information that described base station sends, be used for to the described base station of Element management system EMS acquisition request according to described the 3rd configuring request information setting up the network configuration parameters of communicating by letter with described EMS, and return to the described network configuration parameters that described EMS issues to described base station.
The embodiment of the present invention provides a kind of equipment configuration self-reacting device, comprising:
At least two interface modules, for with base station and EMS, carrying out data communication, receive the first configuring request information, the second configuring request information and the 3rd configuring request information that base station sends, carry the Base Station Identification of described base station in described the first configuring request information;
The identification of base stations module, for obtaining described Base Station Identification, obtain the base station edition information of described base station according to described Base Station Identification;
Equipment configuration Executive Module, for sending described Base Station Identification to described identification of base stations module, obtain the described base station edition information that described identification of base stations module sends, according to described the first configuring request information and drive software resource corresponding to described base station edition acquisition of information; According to described the second configuring request information and the static underlying parameter of described base station edition acquisition of information; According to described the 3rd configuring request information, to the described base station of described EMS acquisition request, be used for setting up the network configuration parameters of communicating by letter with described EMS;
The described network configuration parameters that described interface module is also returned for receiving described EMS; Receive described drive software resource, described static underlying parameter that described equipment configuration Executive Module sends, return to described drive software resource, described static underlying parameter and described network configuration parameters to described base station.
The embodiment of the present invention provides a kind of equipment configuration Adaptable System, comprises base station, the said equipment configuration self-reacting device and the Element management system EMS of communication connection.
Equipment configuration adaptive approach, Apparatus and system that the present embodiment provides, by newly-increased equipment configuration self-reacting device before each EMS, equipment configures the configurations information of the base station that comprises different manufacturers in self-reacting device, and can support the interface specification of different manufacturers base station.Equipment configuration self-reacting device can obtain according to the Base Station Identification of base station base station edition information that can this base station of uniquely tagged, configuring request according to base station edition information and base station transmission, obtain the drive software resource of this base station for installation and operation, for the static underlying parameter of configurations and for EMS, setting up the network configuration parameters of network service, thereby realized without the phase coadaptation of coordinating between a plurality of producers, can make the EMS between different manufacturers set up and communicate by letter with base station, change to existing network is less, the system later stage is easy to safeguard, operator's selection to equipment in the networking process simultaneously has larger independence, be conducive to the unified planning of networking.
The accompanying drawing explanation
Fig. 1 is present device configuration adaptive approach the first embodiment flow chart;
Fig. 2 is present device configuration adaptive approach the second embodiment flow chart;
Fig. 3 is present device configuration self-reacting device the first example structure schematic diagram;
Fig. 4 is present device configuration self-reacting device the second example structure schematic diagram;
Fig. 5 is present device configuration self-reacting device the 3rd embodiment process chart;
The structural representation that Fig. 6 is present device configuration Adaptable System the first embodiment;
The structural representation that Fig. 7 is present device configuration Adaptable System the second embodiment.
Embodiment
The present invention is directed in prior art, there is the high defect of the coordination large cost of difficulty for solving in prior art the phase coadaptation of coordinating between a plurality of producers, a solution is provided, it is equipment configuration adaptive approach, Apparatus and system, equipment configuration self-reacting device by a newly-increased configurations information that comprises the different manufacturers base station before each EMS, equipment configuration self-reacting device obtains the base station edition information of this base station according to the Base Station Identification of base station, configuring request according to base station edition information and base station transmission, obtain the drive software resource of this base station for installation and operation, for the static underlying parameter of configurations and for EMS, setting up the network configuration parameters of network service, thereby realized without the phase coadaptation of coordinating between a plurality of producers, can make EMS and base station phase coadaptation between different manufacturers, difficulty is little, cost is low.
Fig. 1 is present device configuration adaptive approach the first embodiment flow chart, as shown in Figure 1, the equipment configuration self-reacting device of the equipment configuration adaptive approach that the embodiment of the present invention provides in the newly-increased entity before being arranged at EMS carried out, and this entity can be server or gateway.Preserve base station edition information and the configurations information of each manufacturer base station in equipment configuration self-reacting device, as hardware driving software resource and static underlying parameter.Equipment configuration self-reacting device can adopt the form of software and/or hardware to realize, the method comprises:
Step S102, obtain the first configuring request information that base station sends, carry the Base Station Identification of described base station in described the first configuring request information, obtain the base station edition information of described base station according to described Base Station Identification, according to described the first configuring request information and drive software resource corresponding to described base station edition acquisition of information, and return to described drive software resource to described base station;
By equipment configuration self-reacting device of configuration before each EMS, make base station to set up and to communicate by letter with the EMS of different manufacturers.Can directly obtain interface specification and the base station needed configurations parameter when communicating of this vendor equipment when the purchase of equipment due to operator, therefore without different manufacturers is coordinated, can configure in self-reacting device and increase a plurality of producers base station needed drive software resource and static configurations parameter when carrying out configurations at equipment; And comprise a plurality of downstream interfaces, and support respectively the interface specification of a plurality of producers base station, realization is communicated by letter with the different manufacturers base station; And comprise a upstream Interface, and support the interface specification of EMS, realization is communicated by letter with EMS's.Equipment configuration self-reacting device receives the first configuring request information that base station sends, and sets up session Session.The first configuring request information refer to base station requests obtain its with the EMS communication process in need the drive software resource of installing, and carry the Base Station Identification of this base station.Wherein Base Station Identification refers to that the base station that sends the first configuring request is different from the essential information of other base stations, comprises manufacturer, the time of making the product, production version etc.This equipment configuration self-reacting device according to Base Station Identification obtain can this base station of uniquely tagged base station edition information, base station edition information refers to data message that can this base station of uniquely tagged.Equipment configuration self-reacting device can be determined equipment vendors and the version of this base station by base station edition information, and in a preferred embodiment, base station edition information is base station software and hardware version number, the software and hardware version information that comprises this base station.
Equipment configuration self-reacting device is according to the first configuring request information, determine equipment vendors and the base station edition of this base station by base station edition information, obtain the drive software resource that this base station need to be installed when operation, and send the drive software resource be complementary with it to this base station.
Step S104, obtain the second configuring request information that described base station sends, and according to described the second configuring request information and the static underlying parameter of described base station edition acquisition of information, and returns to described static underlying parameter to described base station;
The second configuring request information refers to that base station requests is obtained this base station and EMS sets up the needed static underlying parameter of network service.
The network environment at static underlying parameter and this place, base station, base station capacity, base station cell coverage have nothing to do, the base station produced for the equipment vendor of same version, the Configuration Values of its static underlying parameter is identical, and static underlying parameter specifically comprises the frequency of eating dishes without rice or wine of this base station, the Configuration Values such as maximum bandwidth of up-downgoing.
When the base station of installation drive software resource sends the second configuring request information to equipment configuration self-reacting device, due to the second configuring request information and the first configuring request information in same session, therefore carry the Session ID identical with the first configuring request information in the second configuring request information, equipment configuration self-reacting device has obtained the base station edition information of this base station when the first configuring request information of processing, therefore when equipment configuration self-reacting device is received the second configuring request information with identical Session ID, the base station edition information of the base station of the first configuring request information is sent in extraction, static underlying parameter by this this base station of base station edition acquisition of information for configurations, and return to this static state underlying parameter to this base station.
Step S106, obtain the 3rd configuring request information that described base station sends, be used for to the described base station of Element management system EMS acquisition request according to described the 3rd configuring request information setting up the network configuration parameters of communicating by letter with described EMS, and return to the described network configuration parameters that described EMS issues to described base station.
The 3rd configuring request information refers to that base station requests is obtained with EMS and sets up network configuration parameters required while communicating by letter.
Network configuration parameters refers to the network information of this base station access network network, as irrelevant as the version information of cell ID, cell name, community independence biasing, scrambler, Deng，Yu base station, azimuth.
Equipment configuration self-reacting device obtains the 3rd configuring request information of the base station transmission that has configured static underlying parameter, equipment configuration self-reacting device is according to the new solicited message of the 3rd configuring request Information generation, network configuration parameters to the EMS acquisition request for network configuration, because the upstream Interface of equipment configuration self-reacting device is supported the interface specification of EMS, so can send application information and obtain the network configuration parameters that EMS issues to EMS.
The equipment configuration adaptive approach that the present embodiment provides, by newly-increased equipment configuration self-reacting device before each EMS, the configurations information of the base station that comprises different manufacturers in this equipment configuration self-reacting device, and can support the interface specification of different manufacturers base station, according to the Base Station Identification of base station obtain can this base station of uniquely tagged base station edition information, configuring request according to base station edition information and base station transmission, obtain the drive software resource of this base station for installation and operation, for the static underlying parameter of configurations and for EMS, setting up the network configuration parameters of network service, thereby realized can establishing a communications link between the base station of any different manufacturers and EMS, without the phase coadaptation of coordinating between a plurality of producers, can make the EMS between different manufacturers set up and communicate by letter with base station, cost is low, take resource few, change to existing network is less, the system later stage is easy to safeguard, operator's selection to equipment in the networking process simultaneously has larger independence, be conducive to the unified planning of networking.
Fig. 2 is present device configuration adaptive approach the second embodiment flow chart, and as shown in Figure 2, the method comprises:
Step S201, obtain the first configuring request information that base station sends, and carries the Base Station Identification of described base station in described the first configuring request information;
Step S202, according to Base Station Identification inquiry base station identification data storehouse, obtain the base station edition information of this base station;
Storage Base Station Identification and the base station edition information corresponding with Base Station Identification in the base station identification data storehouse.
Step S203, according to the first configuring request information, drive search in file system to download the drive software resource of this base station for installation and operation, and return to the drive software resource to base station in base station by base station edition information;
Base station drives storage base station edition information and the drive software resource corresponding with base station edition information in file system.
Step S204, obtain the second configuring request information of the base station transmission of installation drive software resource;
Step S205, according to the second configuring request information, by the static underlying parameter database of base station edition information inquiry, obtain the static underlying parameter of this base station for configurations, and return to static underlying parameter to base station;
Store base station edition information and the static underlying parameter corresponding with base station edition information in static underlying parameter database.
Step S206, obtain the 3rd configuring request information of the base station transmission that has configured static underlying parameter;
Step S207, according to the 3rd configuring request information, generating network configuration parameter application information;
Step S208, send this network configuration parameters application information to EMS, obtains the network configuration parameters that EMS issues, and return to network configuration parameters to base station.
Particularly, after newly-increased base station completes physical connection and starting up, to equipment configuration self-reacting device, send first configuring request of carrying Base Station Identification, the operation of drive software resource downloading is carried out in application; After equipment configuration self-reacting device obtains the first configuring request, extract the Base Station Identification wherein carried, take the base station identification data storehouse of this Base Station Identification in search index equipment configuration self-reacting device, obtain corresponding with this Base Station Identification base station edition information that can this base station of uniquely tagged, for example base station software and hardware version number; Take the base station of base station software and hardware version number in keyword query equipment configuration self-reacting device drives file system, and the drive software resource of this corresponding base station of base station software and hardware version number is downloaded in search, and is handed down to base station; After base station completes the installation of drive software resource, send the second configuring request information, equipment configuration self-reacting device is when the first configuring request information of processing, stored the software and hardware version number of this base station, when obtaining the second configuring request information, extract software and hardware version number and think the static underlying parameter database carried in keyword query equipment configuration self-reacting device, obtain corresponding static underlying parameter, and issue this static state underlying parameter to base station; After base station completes the configuration of static underlying parameter, send the 3rd configuring request to equipment configuration self-reacting device, due to base station can not be directly to the EMS log on configuration parameter of different manufacturers, therefore equipment configures self-reacting device according to the 3rd configuring request generating network configuration parameter application information, and is sent to EMS; Obtain the network configuration parameters that EMS obtains from core net, and it is back to base station, thereby complete the base station of different manufacturers and the communication connection between EMS.
Because the manufacturer from EMS is different, EMS can't directly issue network configuration parameters to newly-increased base station, and the configurations information that comprises the different manufacturers base station in newly added equipment configuration self-reacting device, and can support the interface specification of different manufacturers base station and EMS, can ask network configuration parameters to EMS according to the request of base station, therefore this equipment configuration self-reacting device can shield the facility information of base station, make the EMS of different manufacturers to issue configuration parameter to the base station of different manufacturers, thereby establish a communications link.If network has increased the equipment of a plurality of new different manufacturers in follow-up construction, by the configuration of increase equipment in network environment self-reacting device, without the phase coadaptation of coordinating between a plurality of producers, can make the EMS between different manufacturers set up and communicate by letter with base station, therefore cost is little, little to the existing network change, and the later stage network is easy to safeguard.
Fig. 3 is present device configuration self-reacting device the first example structure schematic diagram, and as shown in Figure 3, this equipment configuration self-reacting device comprises at least two interface modules 11, identification of base stations module 12 and equipment configuration Executive Module 13, wherein:
Interface module 11, for base station and EMS, carrying out data communication, receive the first configuring request information, the second configuring request information and the 3rd configuring request information that base station sends, carries the Base Station Identification of described base station in the first configuring request information.
Interface module 11 is connected with equipment configuration Executive Module 13, for base station and EMS, carrying out data communication, receives the first configuring request information, the second configuring request information and the 3rd configuring request information that base station sends.Wherein, the first configuring request information refer to base station requests obtain its with the EMS communication process in need the drive software resource of installing, carry the Base Station Identification of this base station in the first configuring request information.The second configuring request information refers to that base station requests is obtained this base station and EMS sets up the needed static underlying parameter of network service.The 3rd configuring request information refers to that base station requests is obtained with EMS and sets up network configuration parameters required while communicating by letter.Due to interface module 11 need to the base station of different manufacturers between set up and communicate by letter, so equipment configuration self-reacting device comprises a plurality of interface modules 11, supports respectively the interface specification of different manufacturers base station, thereby can communicate with the base station of different manufacturers.
Identification of base stations module 12, the Base Station Identification sent for obtaining equipment configuration Executive Module 13, obtain the base station edition information of this base station according to Base Station Identification.
Identification of base stations module 12 is connected with equipment configuration Executive Module 13.After the Base Station Identification that identification of base stations module 12 receiving equipment configuration Executive Modules 13 send, obtain the base station edition information of this base station according to Base Station Identification, and this base station edition information is sent to equipment configuration Executive Module 13.
Equipment configuration Executive Module 13, for sending Base Station Identification to identification of base stations module 12, obtain the base station edition information that identification of base stations module 12 sends, according to the first configuring request information and drive software resource corresponding to base station edition acquisition of information; According to the second configuring request information and the static underlying parameter of base station edition acquisition of information; According to the 3rd configuring request information, to EMS acquisition request base station, be used for setting up the network configuration parameters of communicating by letter with EMS.
The first configuring request information, the second configuring request information and the 3rd configuring request information that equipment configuration Executive Module 13 receiving interface modules 11 send, receive the base station edition sign that identification of base stations module 12 sends.According to the first configuring request information and drive software resource corresponding to base station edition acquisition of information; According to the second configuring request information and the static underlying parameter of base station edition acquisition of information; According to the 3rd configuring request information, to EMS acquisition request base station, be used for setting up the network configuration parameters of communicating by letter with EMS.Drive software resource, static underlying parameter and the solicited message that sends to EMS are sent to interface module 11.
The network configuration parameters that interface module 11 is also returned for receiving EMS; Drive software resource and static underlying parameter that receiving equipment configuration Executive Module 13 sends, return to drive software resource and static underlying parameter and network configuration parameters to base station.
Function and the handling process of each functional module of the equipment configuration self-reacting device that the present embodiment provides can, referring to said method embodiment, repeat no more herein.
The equipment configuration self-reacting device that the present embodiment provides, by the Base Station Identification according to base station obtain can this base station of uniquely tagged base station edition information, configuring request according to base station edition information and base station transmission, obtain the drive software resource of this base station for installation and operation, for the static underlying parameter of configurations and for EMS, setting up the network configuration parameters of network service, thereby without the phase coadaptation of coordinating between a plurality of producers, can make the EMS between different manufacturers set up and communicate by letter with base station, cost is low, take resource few, change to existing network is less, the system later stage is easy to safeguard, operator's selection to equipment in the networking process simultaneously has larger independence, be conducive to the unified planning of networking.
In another embodiment, equipment configuration Executive Module is according to the 3rd configuring request information, and generating network configuration parameter application information, send this network configuration parameters application information to interface module.The network configuration parameters application information that interface module receiving equipment configuration Executive Module sends, and this network configuration parameters application information is forwarded to EMS, obtain the network configuration parameters that EMS issues.
Fig. 4 is present device configuration self-reacting device the second example structure schematic diagram, the present embodiment is based on realization embodiment illustrated in fig. 3, as shown in Figure 4, the present embodiment also comprises base station identification data storehouse 14, for storing Base Station Identification and the base station edition information corresponding with Base Station Identification.
Identification of base stations module 12, according to Base Station Identification inquiry base station identification data storehouse 14, is obtained the base station edition information corresponding with Base Station Identification.
In another embodiment, equipment configuration self-reacting device also comprises that base station drives file system 15, for the drive software resource of storing base station edition information and being complementary with base station edition information.
Equipment configuration Executive Module 13, according to the first configuring request information, drives search in file system 15 to download the drive software resource of this base station for installation and operation in base station by base station edition information.
In another embodiment, equipment configuration self-reacting device also comprises static underlying parameter database 16, for storing base station edition information and the static underlying parameter corresponding with base station edition information.
Equipment configuration Executive Module 13, according to the second configuring request information, by the static underlying parameter database 16 of base station edition information inquiry, obtains the static underlying parameter of base station for configurations.
In another embodiment, interface module 11 comprises first interface unit 111 and the second interface unit 112.
First interface unit 111, for communicating with base station, receives the first configuring request information, the second configuring request information and the 3rd configuring request information that base station sends, the interface specification of the base station that 111 supports of first interface unit communicate with.
The second interface unit 112 is for communicating with EMS, and receiving equipment configures the solicited message that Executive Module 13 sends to EMS, and sends it to EMS, receives the network configuration parameters that EMS returns.
Function and the handling process of each functional module of the equipment configuration self-reacting device that the present embodiment provides can, referring to said method embodiment, repeat no more herein.
The equipment configuration self-reacting device that the present embodiment provides, by the Base Station Identification according to base station obtain can this base station of uniquely tagged base station edition information, configuring request according to base station edition information and base station transmission, obtain the drive software resource of this base station for installation and operation, for the static underlying parameter of configurations and for EMS, setting up the network configuration parameters of network service, thereby without the phase coadaptation of coordinating between a plurality of producers, can make the EMS between different manufacturers set up and communicate by letter with base station, cost is low, take resource few, change to existing network is less, the system later stage is easy to safeguard, operator's selection to equipment in the networking process simultaneously has larger independence, be conducive to the unified planning of networking.
Fig. 5 is present device configuration self-reacting device the 3rd embodiment process chart, as shown in Figure 5, this equipment configuration self-reacting device comprises that at least two first interface unit 211, equipment configuration Executive Module 22, identification of base stations module 23,24, base station, base station identification data storehouse drive file system 25, static underlying parameter database 26 and the second interface unit 212, and concrete handling process is as follows:
Steps A: the first configuring request information that 211Jiang base station, first interface unit sends is sent to the Base Station Identification that carries this base station in equipment configuration Executive Module 22, the first configuring request information;
Step B: equipment configuration Executive Module 22 is sent to identification of base stations module 23 by the Base Station Identification in the first configuring request information, the base station edition information of this base station of request identification;
Step C: identification of base stations module 23 be take Base Station Identification as index, and inquiry base station identification data storehouse 24, obtain the base station edition information of this base station;
Step D: identification of base stations module 23 is returned to base station edition information to equipment configuration Executive Module 22;
Step e: equipment configuration Executive Module 22 is according to base station edition information, and the search inquiry base station drives file system 25, obtains this base station for moving the drive software resource of installation;
Step F: equipment configuration Executive Module 22 issues the drive software resource by 211Xiang base station, first interface unit;
Step G: the second configuring request information that first interface unit 211 sends the base station of installation drive software resource is sent to equipment configuration Executive Module 22;
Step H: equipment configuration Executive Module 22 is according to base station edition information, and queries static underlying parameter database 26, obtain the static underlying parameter of this base station for the configuration of communicating by letter;
Step I: equipment configuration Executive Module 22 issues static underlying parameter by 211Xiang base station, first interface unit;
Step J: the 3rd configuring request information that first interface unit 211 completes the base station transmission of static underlying parameter by configuration is sent to equipment configuration Executive Module 22;
Step K: equipment configures Executive Module 22 according to the 3rd configuring request information, generating network configuration parameter application information, and this network configuration parameters application information is sent to the second interface unit 212;
Step L: the second interface unit 212 sends the network configuration parameters application information to EMS, obtains the network configuration parameters that EMS issues, by this network configuration parameters Returning equipment configuration Executive Module 22;
Step M: equipment configuration Executive Module 22 is sent to first interface unit 211 by network configuration parameters, by first interface unit 211, is issued to base station.
Function and the handling process of each functional module of the equipment configuration self-reacting device that the present embodiment provides can, referring to said method embodiment, repeat no more herein.
The equipment configuration self-reacting device that the present embodiment provides, by the Base Station Identification according to base station obtain can this base station of uniquely tagged base station edition information, configuring request according to base station edition information and base station transmission, obtain the drive software resource of this base station for installation and operation, static underlying parameter for configurations, by generating network configuration parameter application information, to EMS request network configuration parameters, the EMS that has realized different manufacturers can issue network configuration parameters to base station, thereby realized without the phase coadaptation of coordinating between a plurality of producers, can make the EMS between different manufacturers set up and communicate by letter with base station, cost is low, take resource few, change to existing network is less, the system later stage is easy to safeguard, operator's selection to equipment in the networking process simultaneously has larger independence, be conducive to the unified planning of networking.
The structural representation that Fig. 6 is present device configuration Adaptable System the first embodiment, as shown in Figure 6, this system comprises base station 31, equipment configuration self-reacting device 32 and the Element management system EMS33 of communication connection, and wherein the equipment configuration self-reacting device provided in the said equipment configuration self-reacting device embodiment is provided equipment configuration self-reacting device 32.
Concrete structure and function and the handling process of each equipment in the equipment configuration Adaptable System that the present embodiment provides, can configure the embodiment of adaptive approach and equipment configuration self-reacting device referring to the said equipment, repeat no more herein.
The equipment configuration self-reacting device that the present embodiment provides, by newly-increased equipment configuration self-reacting device before each EMS, this equipment configuration self-reacting device according to the Base Station Identification of base station obtain can this base station of uniquely tagged base station edition information, configuring request according to base station edition information and base station transmission, obtain the drive software resource of this base station for installation and operation, static underlying parameter for configurations, by generating network configuration parameter application information, to EMS request network configuration parameters, the EMS that has realized different manufacturers can issue network configuration parameters to base station, thereby realized without the phase coadaptation of coordinating between a plurality of producers, can make the EMS between different manufacturers set up and communicate by letter with base station, cost is low, take resource few, change to existing network is less, the system later stage is easy to safeguard, operator's selection to equipment in the networking process simultaneously has larger independence, be conducive to the unified planning of networking.
The structural representation that Fig. 7 is present device configuration Adaptable System the second embodiment, as shown in Figure 7, this system comprises base station 41, Dynamic Host Configuration Protocol server DHCP42, AUC 43, DNS management system DNS44, equipment configuration self-reacting device 45 and the Element management system EMS46 of communication connection, and wherein the equipment configuration self-reacting device provided in the said equipment configuration self-reacting device embodiment is provided equipment configuration self-reacting device 45.
After newly-increased base station 41 completes physical connection and starting up, by the forms of broadcasting, to DHCP42, initiate the IP application IP addresses;
DHCP42 is after newly-increased base station 41 has assigned the IP address, issues address to the base station 41 of this IP address and AUC 43 and DNS44;
After base station 41 has configured the IP address that DHCP42 distributes, request AUC 43 carries out authentication, and after authentication is passed through, AUC 43 41 returns to the authentication successful information to base station;
The IP address that DNS44 configures self-reacting device 45 according to the network Regional Distribution by equipment is issued to base station 41.
In another embodiment, when base station is applied for the IP address with the forms of broadcasting to DHCP, DHCP is after base station assigns completes the IP address, the IP address of returning to this IP address, AUC address and issuing equipment configuration self-reacting device according to the network Regional Distribution is to base station, and base station is without configure the address of self-reacting device to the DNS requesting service again.
The IP address of the equipment configuration self-reacting device 45 that base station 41 is returned according to DNS44 sends the first configuring request information of carrying Base Station Identification to equipment configuration self-reacting device 45, and acquisition request is for the drive software resource of communication;
Equipment configuration self-reacting device 45 obtains base station edition information by Base Station Identification, according to the first configuring request information and base station edition information, obtains this base station for moving the drive software resource of installation, and 41 issues this drive software resource to base station;
Equipment configuration self-reacting device 45, according to the second configuring request information and base station edition information, obtains the static underlying parameter of this base station for configurations, and 41 issues this static state underlying parameter to base station;
Equipment configuration self-reacting device 45 obtains the network configuration parameters that EMS46 issues, and 41 issues this network configuration parameters to base station.
Concrete structure and function and the handling process of each equipment in the equipment configuration Adaptable System that the present embodiment provides, can configure the embodiment of adaptive approach and equipment configuration self-reacting device referring to the said equipment, repeat no more herein.
The equipment configuration self-reacting device that the present embodiment provides, by the Base Station Identification according to base station obtain can this base station of uniquely tagged base station edition information, configuring request according to base station edition information and base station transmission, obtain the drive software resource of this base station for installation and operation, static underlying parameter for configurations, by generating network configuration parameter application information, to EMS request network configuration parameters, the EMS that has realized different manufacturers can issue network configuration parameters to base station, thereby the EMS that has realized any different manufacturers can issue configuration parameter to the base station of different manufacturers, thereby establish a communications link, without the interface specification of coordinating between different manufacturers, the extensive southbound interface for communicating with base station of changing EMS, cost is low, take resource few, change to existing network is less, the system later stage is easy to safeguard, operator's selection to equipment in the networking process simultaneously has larger independence, be conducive to the unified planning of networking.
One of ordinary skill in the art will appreciate that: realize that the hardware that all or part of step of said method embodiment can be relevant by program command completes, aforesaid program can be stored in a computer read/write memory medium, this program, when carrying out, is carried out the step that comprises said method embodiment; And aforesaid storage medium comprises: various media that can be program code stored such as ROM, RAM, magnetic disc or CDs.
Finally it should be noted that: above each embodiment, only in order to technical scheme of the present invention to be described, is not intended to limit; Although with reference to aforementioned each embodiment, the present invention is had been described in detail, those of ordinary skill in the art is to be understood that: its technical scheme that still can put down in writing aforementioned each embodiment is modified, or some or all of technical characterictic wherein is equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution break away from the scope of various embodiments of the present invention technical scheme.
Claims (11)
1. an equipment configuration adaptive approach, is characterized in that, comprising:
Obtain the first configuring request information that base station sends, carry the Base Station Identification of described base station in described the first configuring request information, obtain the base station edition information of described base station according to described Base Station Identification, according to described the first configuring request information and drive software resource corresponding to described base station edition acquisition of information, and return to described drive software resource to described base station;
Obtain the second configuring request information that described base station sends, according to described the second configuring request information and the static underlying parameter of described base station edition acquisition of information, and return to described static underlying parameter to described base station;
Obtain the 3rd configuring request information that described base station sends, be used for to the described base station of Element management system EMS acquisition request according to described the 3rd configuring request information setting up the network configuration parameters of communicating by letter with described EMS, and return to the described network configuration parameters that described EMS issues to described base station.
2. method according to claim 1, is characterized in that, the base station edition information that the described Base Station Identification of described foundation obtains described base station comprises:
According to described Base Station Identification inquiry base station identification data storehouse, obtain described base station edition information.
3. method according to claim 1, is characterized in that, described the first configuring request information of described foundation and drive software resource corresponding to described base station edition acquisition of information comprise:
According to the first configuring request information, by described base station edition information, in base station, drive search in file system to download the described drive software resource of described base station for installation and operation.
4. method according to claim 1, is characterized in that, the static underlying parameter of described the second configuring request information of described foundation and described base station edition acquisition of information comprises:
According to described the second configuring request information, by the static underlying parameter database of described base station edition information inquiry, obtain the described static underlying parameter of described base station for configurations.
5. method according to claim 1, is characterized in that, described the 3rd configuring request information of described foundation comprises for described EMS, setting up the network configuration parameters of communicating by letter to the described base station of Element management system EMS acquisition request:
According to described the 3rd configuring request information, generate network configuration parameter application information, and send described network configuration parameters application information to described EMS, obtain the described network configuration parameters that described EMS issues, and return to described network configuration parameters to described base station.
6. an equipment configuration self-reacting device, is characterized in that, comprising:
At least two interface modules, for with base station and EMS, carrying out data communication, receive the first configuring request information, the second configuring request information and the 3rd configuring request information that base station sends, carry the Base Station Identification of described base station in described the first configuring request information;
The identification of base stations module, for obtaining described Base Station Identification, obtain the base station edition information of described base station according to described Base Station Identification;
Equipment configuration Executive Module, for sending described Base Station Identification to described identification of base stations module, obtain the described base station edition information that described identification of base stations module sends, according to described the first configuring request information and drive software resource corresponding to described base station edition acquisition of information; According to described the second configuring request information and the static underlying parameter of described base station edition acquisition of information; According to described the 3rd configuring request information, to the described base station of described EMS acquisition request, be used for setting up the network configuration parameters of communicating by letter with described EMS;
The described network configuration parameters that described interface module is also returned for receiving described EMS; Receive described drive software resource, described static underlying parameter that described equipment configuration Executive Module sends, return to described drive software resource, described static underlying parameter and described network configuration parameters to described base station.
7. equipment configuration self-reacting device according to claim 6, is characterized in that, described equipment configuration self-reacting device also comprises:
The base station identification data storehouse, for storing described Base Station Identification and the base station edition information corresponding with described Base Station Identification;
Described identification of base stations module, for according to described Base Station Identification, inquiring about described base station identification data storehouse, is obtained described base station edition information.
8. equipment configuration self-reacting device according to claim 6, is characterized in that, described equipment configuration self-reacting device also comprises:
Base station drives file system, for the drive software resource of storing described base station edition information and being complementary with described base station edition information;
Described equipment configuration Executive Module, according to described the first configuring request information, drives search in file system to download the described drive software resource of described base station for installation and operation in described base station by described base station edition information.
9. equipment configuration self-reacting device according to claim 6, is characterized in that, described equipment configuration self-reacting device also comprises:
Static underlying parameter database, for storing described base station edition information and the static underlying parameter corresponding with described base station edition information;
Described equipment configuration Executive Module, according to described the second configuring request information, by the described static underlying parameter database of described base station edition information inquiry, obtains the described static underlying parameter of described base station for configurations.
10. equipment according to claim 6 configures self-reacting device, it is characterized in that, described equipment configuration Executive Module is also for described the 3rd configuring request information of foundation, generating network configuration parameter application information, and the notification interface module sends described network configuration parameters application information to described EMS;
The described network configuration parameters that described interface module also issues for receiving described EMS.
11. equipment configuration Adaptable System, is characterized in that, comprise the base station of communication connection, described equipment configuration self-reacting device as arbitrary as claim 6 to 10 and as described in EMS.
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