CN102695194B - Element management system and method and system for self-configuration of eNodeBs - Google Patents
Element management system and method and system for self-configuration of eNodeBs Download PDFInfo
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Abstract
The invention provides an element management system and a method and a system for self-configuration of eNodeBs. The method for self-configuration of the eNodeBs includes the steps: using the EMSs (element management systems) to receive connecting requests transmitted by the eNodeBs and transmit information acquisition requests to the eNodeBs; and using the EMSs to receive identifying information transmitted by the eNodeBs according to the information acquisition requests and to judge whether manufacturers of the eNodeBs are as same as those of the EMSs or not according to manufacturer identifications in the identifying information, transmitting software and configuration parameters to the eNodeBs if yes, and if not, acquiring address information of the EMSs corresponding to the manufacturer identifications and transmitting the address information of the EMSs corresponding to the manufacturer identifications to the eNodeBs so that the eNodeBs acquire software and configuration parameters from the EMSs corresponding to the manufacturer identifications. Self-configuration of the eNodeBs in a multi-manufacturer environment can be realized by the aid of the element management system and the method and the system for self-configuration of the eNodeBs.
Description
Technical field
The present invention relates to the communication technology, relate in particular to a kind of Element management system, base station self-configuration method and system.
Background technology
Various device in telecommunications network is commonly referred to as network element, as radio network controller (Radio Network Controller, abbreviation RNC), base station eNodeB and Serving GPRS Support Node (Service GPRS Support Node, be called for short SGSN) etc., Element management system (Element Management System is called for short EMS) is for administering and maintaining the system of telecommunications network network element.Telecom equipment manufacturers all provides EMS to safeguard the network element device of oneself conventionally, and EMS generally comprises the contents such as equipment control, alarm management, performance management and safety management.Due to EMS and network element relation very close, relate to a lot of internal interfaces, so EMS together releases during by telecom equipment manufacturers issue network element product.For example, eNodeB powers in layoutprocedure, need engineer according to previous planning, to carry out the address information of the required EMS in manual configuration base station, this EMS and eNodeB are that same telecom equipment manufacturers is produced, eNodeB obtains software and configuration parameter by this EMS, to realize the configuration of eNodeB, implementation is very dumb.
Self-organizing network is Long Term Evolution (Long Term Evolution, abbreviation LTE) key technology of network, Auto-mounting, configuration, maintenance and optimizational function can be provided, reduce manual maintenance workload, thereby can greatly lower operator's operation cost.Self-organization network technology mainly comprises self-configuring, self-optimizing and certainly cures three aspects.Self-configuring process is mainly when a new base station is added in existing network, and system can, automatically for this base station configures series of parameters in installation process, can adapt to the operation of current network environment.But the eNodeB in network, for a plurality of different telecom equipment manufacturers provide, cannot realize the self-configuring that powers on of eNodeB.
Summary of the invention
The invention provides a kind of Element management system, base station self-configuration method and system, to realize the self-configuring of the base station under multivendor environment.
First aspect of the present invention provides a kind of base station self-configuration method, comprising:
Element management system EMS receives the connection request that base station eNodeB sends, and to described eNodeB, sends information acquisition request;
Described EMS receives the identifying information that described eNodeB sends according to described information acquisition request, according to the identification of the manufacturer in described identifying information, judge described eNodeB and self whether be same manufacturer, if, to described eNodeB, send software and configuration parameter, if not, obtain the address information of the EMS that described identification of the manufacturer is corresponding, the address information of EMS corresponding to described identification of the manufacturer is sent to described eNodeB, so that described eNodeB obtains described software and described configuration parameter from EMS corresponding to described identification of the manufacturer.
Another aspect of the present invention provides Element management system, comprising:
Request module, the connection request sending for receiving base station eNodeB, sends information acquisition request to described eNodeB;
Processing module, the identifying information sending according to described information acquisition request for receiving described eNodeB, according to the identification of the manufacturer in described identifying information, judge described eNodeB and self whether be same manufacturer, if, to described eNodeB, send software and configuration parameter, if not, obtain the address information of the Element management system EMS that described identification of the manufacturer is corresponding, the address information of EMS corresponding to described identification of the manufacturer is sent to described eNodeB, so that described eNodeB obtains described software and described configuration parameter from EMS corresponding to described identification of the manufacturer.
Another aspect of the present invention provides a kind of base station self-configuring system, comprises at least one base station eNodeB, also comprises: at least two Element management system EMS provided by the invention.
As shown from the above technical solution, Element management system provided by the invention, base station self-configuration method and system, EMS receives the connection request that base station eNodeB sends, to eNodeB, send information acquisition request, receive the identifying information that eNodeB sends according to information acquisition request, according to the identification of the manufacturer in identifying information, judge eNodeB and self whether be same manufacturer, if, to eNodeB, send software and configuration parameter, if not, obtain the address information of the EMS that identification of the manufacturer is corresponding, the address information of EMS corresponding to identification of the manufacturer is sent to eNodeB, so that eNodeB obtains software and configuration parameter from EMS corresponding to identification of the manufacturer.In network, when the multi-vendor eNodeB providing and EMS are provided, without the eNodeB of same telecom equipment manufacturers and EMS are bound together, eNodeB gets final product automatic acquisition software and configuration parameter, has realized the self-configuring process of the eNodeB under multivendor environment.
Accompanying drawing explanation
The base station self-configuration method flow chart that Fig. 1 provides for the embodiment of the present invention;
The Element management system structural representation that Fig. 2 provides for the embodiment of the present invention.
A kind of base station self-configuring system configuration schematic diagram that Fig. 3 provides for the embodiment of the present invention;
The another kind of base station self-configuring system configuration schematic diagram that Fig. 4 provides for the embodiment of the present invention.
Embodiment
The base station self-configuration method flow chart that Fig. 1 provides for the embodiment of the present invention.As shown in Figure 1, the base station self-configuration method that the present embodiment provides specifically can be applied to the process of base station eNodeB automatic acquisition software and configuration parameter under multivendor environment, the base station self-configuration method that the present embodiment provides can be carried out by Element management system EMS, and this EMS can realize by the mode of software and/or hardware.
The base station self-configuration method that the present embodiment provides specifically comprises:
Step 10, Element management system EMS receive the connection request that base station eNodeB sends, and to eNodeB, send information acquisition request;
Particularly, this eNodeB can be new eNodeB, after this eNodeB powers on, first eNodeB can arrange agreement (Dynamic Host Configuration Protocol to DynamicHost, DHCP) server address obtains request, Dynamic Host Configuration Protocol server can be this eNodeB distributing IP (Internet Protocol, the agreement interconnecting between network) address, and this IP address is sent to eNodeB.Dynamic Host Configuration Protocol server can also together send to eNodeB by the address information of the EMS of an acquiescence and IP address.The address of the EMS of this acquiescence also can be preset in eNodeB, this eNodeB sends connection request according to the address of the EMS of this acquiescence to corresponding EMS, can set in advance the communication protocol between eNodeB and EMS, for example can be with IP(Internet Protocol, network interconnection agreement) form of message sends this connection request.For convenience, this EMS is called to an EMS.The one EMS receives after this connection request, sends information acquisition request, to obtain the identifying information of eNodeB to eNodeB.
Step 20, EMS receive the identifying information that eNodeB sends according to information acquisition request, according to the identification of the manufacturer in identifying information, judge eNodeB and self whether be same manufacturer, if, to eNodeB, send software and configuration parameter, if not, obtain the address information of the EMS that identification of the manufacturer is corresponding, the address information of EMS corresponding to identification of the manufacturer is sent to eNodeB, so that eNodeB obtains software and configuration parameter from EMS corresponding to identification of the manufacturer.
Identifying information specifically can comprise the information such as identification of the manufacturer, device identification, device type, version and hardware configuration information, and this identifying information can reflect attribute and the configuring condition of eNodeB.Whether whether the one EMS judge this eNodeB according to the identification of the manufacturer in identifying information and self be same manufacturer, for same telecom equipment manufacturers provides.If this eNodeB is known in judgement and oneself is as same manufacturer, to this eNodeB, send software and configuration parameter, software and configuration parameter specifically can be provided by operator in advance, and be stored in an EMS, software and configuration parameter specifically can with the information corresponding stored of eNodeB, the one EMS can inquire about the information of the eNodeB of storage according to identifying information, to obtain corresponding software and configuration parameter, and sends to eNodeB.For same eNodeB, in the one EMS, also can store many cover software and configuration parameter, when an EMS judgement knows that this eNodeB is with when as same manufacturer, can send a feedback message to eNodeB, eNodeB receives after this feedback message, to an EMS, send the request of obtaining of software and configuration parameter, this obtains the sign that carries needed software and configuration parameter in request, to obtain needed software and configuration parameter.ENodeB carries out Auto-mounting by the software receiving, and according to configuration parameter, automatically configures.
If an EMS judgement is known this eNodeB and from as different vendor, can be obtained the address information of the EMS that identification of the manufacturer is corresponding, for convenience, EMS corresponding to this identification of the manufacturer is called to the 2nd EMS.The mode of obtaining the address information of the 2nd EMS can be for sending the form of broadcast, in this broadcast, carry the address information of this identification of the manufacturer and an EMS, two EMS corresponding with this identification of the manufacturer can respond this broadcast, and returns to the address information of self.In network, also can be provided with the network equipment of concrete management EMS address information, an EMS can inquire about this network equipment according to identification of the manufacturer, to obtain the address information of the EMS that identification of the manufacturer is corresponding.The address information of the EMS that identification of the manufacturer is corresponding can be obtained in several ways, with the present embodiment, is not limited.
The one EMS sends to eNodeB by the address information of the 2nd EMS, eNodeB is connected with the 2nd EMS according to this address information, and ask software and configuration parameter, the 2nd EMS sends to eNodeB by software and configuration parameter, eNodeB carries out Auto-mounting by the software receiving, and according to configuration parameter, automatically configures.
When eNodeB in use, in the time of need to carrying out the upgrading of software and configuration parameter, the base station self-configuration method that can lead to the present embodiment provides obtains required software and configuration parameter.
It should be noted that, first, second EMS described in the embodiment of the present invention etc. are only in order to distinguish, and the meaning of out-of-order restriction.
The base station self-configuration method that the present embodiment provides, EMS receives the connection request that base station eNodeB sends, to eNodeB, send information acquisition request, receive the identifying information that eNodeB sends according to information acquisition request, according to the identification of the manufacturer in identifying information, judge eNodeB and self whether be same manufacturer, if, to eNodeB, send software and configuration parameter, if not, obtain the address information of the EMS that identification of the manufacturer is corresponding, the address information of EMS corresponding to identification of the manufacturer is sent to eNodeB, so that eNodeB obtains software and configuration parameter from EMS corresponding to identification of the manufacturer.In network, when the multi-vendor eNodeB providing and EMS are provided, without the eNodeB of same telecom equipment manufacturers and EMS are bound together, eNodeB gets final product automatic acquisition software and configuration parameter, has realized the self-configuring process of the eNodeB under multivendor environment.
In the present embodiment, step 10, Element management system EMS receives the connection request that base station eNodeB sends, and to eNodeB, sends information acquisition request, specifically can comprise the steps:
EMS receives the connection request that eNodeB sends, if the temporary address that the address information of carrying in connection request is EMS is known in judgement, to eNodeB, sends information acquisition request;
Correspondingly, step 20, EMS receives the identifying information that eNodeB sends according to information acquisition request, according to the identification of the manufacturer in identifying information, judge eNodeB and self whether be same manufacturer, if so, to eNodeB, send software and configuration parameter, specifically can comprise the steps:
EMS receives the identifying information that eNodeB sends according to information acquisition request, according to identifying information, eNodeB is carried out to authentication, if authentication success, according to the identification of the manufacturer in identifying information, judge eNodeB and self whether be same manufacturer, if, to eNodeB, send the secure address of EMS, receive eNodeB and obtain request according to the configuration information of the secure address transmission of EMS, to eNodeB, send corresponding software and the configuration parameter of the configuration information request of obtaining.
Particularly, the address information of the address information of the acquiescence EMS setting in advance in eNodeB or the EMS being sent by DHCP can be the temporary address of the first EMS, and this temporary address specifically comprises temporary mark, take and indicates this address information as temporary address.ENodeB connects an EMS according to this temporary address, sends connection request, and an EMS can know that eNodeB conducts interviews by temporary address.The one EMS sends information acquisition request to eNodeB, and eNodeB sends identifying information to an EMS.
In this identifying information, specifically can carry device keys, this device keys is specially and is distributed in advance eNodeB, in order to indicate this eNodeB, is legitimate device.ENodeB also can be encrypted setting information by device keys.The one EMS carries out authentication according to the identifying information receiving to eNodeB, particularly, in the one EMS, store the key corresponding with this device keys, can to eNodeB, carry out authentication by this key, if authentication success, illustrates that this eNodeB is legitimate device, then judge eNodeB and self whether be same manufacturer according to the identification of the manufacturer in identifying information, if so, to eNodeB, send the secure address of an EMS.Secure address can indicate this address information as secure address for comprising the address information of secure ID, take.ENodeB is connected with an EMS according to this secure address, to an EMS, send configuration information and obtain request, this configuration information obtains the sign that can comprise needed software and configuration parameter in request, so that an EMS sends to this eNodeB by corresponding software and configuration parameter.If eNodeB and self Shi Wei different vendor are known in an EMS judgement, the mode of obtaining the address information of the EMS that identification of the manufacturer is corresponding can adopt mode same as the previously described embodiments, and this repeats no more.If authentication failure, feeds back the information of authentication failure to eNodeB, and process ends.
Under multivendor environment, may there is illegal eNodeB, or illegality equipment personation eNodeB obtains the situation of software and configuration parameter, first for eNodeB provides temporary address, the eNodeB being connected with EMS by temporary address is carried out to authentication, for authentication, successful eNodeB provides corresponding service, can prevent illegality equipment access, has improved the fail safe of access.
In the present embodiment, in step 20, EMS sends software and configuration parameter to eNodeB, specifically can comprise the steps:
EMS is according to the device identification in identifying information, device type, version and hardware configuration information are inquired about device databases, generated query result, if know and have corresponding software and configuration parameter in device databases according to Query Result judgement, to eNodeB, send software and configuration parameter, if know and do not have corresponding software and configuration parameter in device databases according to Query Result judgement, according to identifying information, from carrier server, obtain corresponding software and configuration parameter, to eNodeB, send software and configuration parameter, and device databases is upgraded.
In the one EMS, can be provided with device databases, in device databases, store the information of the multiple eNodeB of same manufacturer, the information of eNodeB specifically can comprise device identification, device type, version and hardware configuration information, also stores the software corresponding with the information of eNodeB and configuration parameter in device databases.The one EMS can inquire about device databases according to identifying information, and generated query result, if know in device databases and have corresponding software and configuration parameter according to Query Result judgement, sends this corresponding software and configuration parameter to eNodeB.If know and do not have corresponding software and configuration parameter in device databases according to Query Result judgement, the identifying information that may be on the one hand eNodeB transmission is wrong, also may be that this eNodeB is novel device on the other hand, in the one EMS, also there is no storage corresponding to software and the configuration parameter of this eNodeB, according to identifying information, carrier server is inquired about, to obtain corresponding software and configuration parameter, this software and configuration parameter are sent to eNodeB, and according to this software and configuration parameter, device databases is upgraded.
The 2nd EMS for eNodeB provides the process of software and configuration parameter can be similar with an EMS.
By the setting of device databases, can, by inquiry, conveniently to obtaining corresponding information, improve the management effect of data.While there is not the software of request and configuration parameter in device databases, by further obtain software and configuration parameter from Operation Server, and device databases is upgraded, improved the adaptability of EMS.
In the present embodiment, in step 20, EMS obtains the address information of the EMS that identification of the manufacturer is corresponding, and the address information of EMS corresponding to identification of the manufacturer is sent to eNodeB, specifically can comprise the steps:
EMS broadcasts identification of the manufacturer, receives the secure address that EMS that identification of the manufacturer is corresponding sends, and the secure address of EMS corresponding to identification of the manufacturer is sent to eNodeB.
The broadcast that the one EMS sends specifically includes the address information of identification of the manufacturer and an EMS, the object of this broadcast is to obtain the address information of the EMS that identification of the manufacturer is corresponding, the 2nd EMS receives this broadcast, and recognize the indicated manufacturer of identification of the manufacturer with from as same manufacturer, respond, using secure address as address information, return to an EMS.
Further, in the present embodiment, this base station self-configuration method also comprises the steps:
Step 30, EMS receive the broadcast that other EMS send, if judgement know the indicated manufacturer of identification of the manufacturer in broadcast with from as same manufacturer, the secure address of EMS is sent to the EMS that sends broadcast.
The one EMS also can receive that other EMS in network send in order to obtain the broadcast of the address information of an EMS, when judgement know the indicated manufacturer of identification of the manufacturer in this broadcast with from as same manufacturer, oneself secure address is sent to the EMS of this broadcast of transmission.
In the above-described embodiments, can preset communication protocol between the EMS of different manufacturers, communication protocol stack can be divided into the communication protocol stack of user's face and the communication protocol stack of chain of command, user's face mainly carries concrete identification of the manufacturer and address information, and chain of command mainly carries the control signal of address acquisition request and response.
The Element management system structural representation that Fig. 2 provides for the embodiment of the present invention.As shown in Figure 2, the Element management system 31 that the present embodiment provides specifically can be realized each step of the base station self-configuration method that any embodiment of the present invention provides, and this repeats no more its specific implementation process.The Element management system 31 that the present embodiment provides specifically comprises request module 11 and processing module 12.The connection request that request module 11 sends for receiving base station eNodeB 21, sends information acquisition request to eNodeB21.The identifying information that processing module 12 sends according to information acquisition request for receiving eNodeB21, according to the identification of the manufacturer in identifying information, judge eNodeB21 and self whether be same manufacturer, if, to eNodeB21, send software and configuration parameter, if not, obtain the address information of the Element management system EMS31 that identification of the manufacturer is corresponding, the address information of EMS corresponding to identification of the manufacturer is sent to eNodeB21, so that eNodeB21 obtains software and configuration parameter from EMS corresponding to identification of the manufacturer.
The Element management system 31 that the present embodiment provides, request module 11 receives the connection request that base station eNodeB 21 sends, to eNodeB21, send information acquisition request, processing module 12 receives the identifying information that eNodeB21 sends according to information acquisition request, according to the identification of the manufacturer in identifying information, judge eNodeB21 and self whether be same manufacturer, if, to eNodeB21, send software and configuration parameter, if not, obtain the address information of the EMS that identification of the manufacturer is corresponding, the address information of EMS corresponding to identification of the manufacturer is sent to eNodeB21, so that eNodeB21 obtains software and configuration parameter from EMS corresponding to identification of the manufacturer.In network, when the multi-vendor eNodeB providing and EMS are provided, without the eNodeB of same telecom equipment manufacturers and EMS are bound together, eNodeB21 gets final product automatic acquisition software and configuration parameter, has realized the self-configuring process of the eNodeB under multivendor environment.
In the present embodiment, the connection request that request module 11 can also send for receiving eNodeB21, if the temporary address that the address information of carrying in connection request is EMS31 is known in judgement, sends information acquisition request to eNodeB21.Correspondingly, the identifying information that processing module can also send according to information acquisition request for receiving eNodeB21, according to identifying information, eNodeB21 is carried out to authentication, if authentication success, according to the identification of the manufacturer in identifying information, judge eNodeB21 and self whether be same manufacturer, if, to eNodeB21, send the secure address of EMS31, receive eNodeB21 and obtain request according to the configuration information of the secure address transmission of EMS31, to eNodeB21, send corresponding software and the configuration parameter of the configuration information request of obtaining.Under multivendor environment, may there is illegal eNodeB, or illegality equipment personation eNodeB obtains the situation of software and configuration parameter, first for eNodeB provides temporary address, the eNodeB being connected with EMS31 by temporary address is carried out to authentication, for authentication, successful eNodeB provides corresponding service, can prevent illegality equipment access, has improved the fail safe of access.
In the present embodiment, processing module 12 can also be for according to the device identification of identifying information, device type, version and hardware configuration information are inquired about device databases, generated query result, if know and have corresponding software and configuration parameter in device databases according to Query Result judgement, to eNodeB21, send software and configuration parameter, if know and do not have corresponding software and configuration parameter in device databases according to Query Result judgement, according to identifying information, from carrier server, obtain corresponding software and configuration parameter, to eNodeB21, send software and configuration parameter, and device databases is upgraded.By the setting of device databases, can, by inquiry, conveniently to obtaining corresponding information, improve the management effect of data.While there is not the software of request and configuration parameter in device databases, by further obtain software and configuration parameter from Operation Server, and device databases is upgraded, improved the adaptability of EMS31.
In the present embodiment, processing module 12 can also be for identification of the manufacturer is broadcasted, and receives the secure address that EMS that identification of the manufacturer is corresponding sends, and the secure address of EMS corresponding to identification of the manufacturer is sent to eNodeB21.
Further, in the present embodiment, this Element management system can also comprise address sending module, address sending module receives for EMS the broadcast that other EMS send, if judgement know the indicated manufacturer of identification of the manufacturer in broadcast with from as same manufacturer, the secure address of EMS is sent to the EMS that sends broadcast.
A kind of base station self-configuring system configuration schematic diagram that Fig. 3 provides for the embodiment of the present invention.As shown in Figure 3, the base station self-configuring system that the embodiment of the present invention provides comprises at least one base station eNodeB 21, also comprises: at least two Element management system EMS that any embodiment of the present invention provides, these two EMS comprise an EMS22 and the 2nd EMS23.One of them EMS is the EMS that eNodeB21 acquiescence connects, an i.e. EMS22, when an EMS22 and this eNodeB21 are not the equipment of same manufacturer, the address information of the 2nd EMS23 that it is same manufacturer that an EMS22 can obtain with this eNodeB21 also offers eNodeB21.ENodeB21 coordinate with an EMS22 and the 2nd EMS23 realize the flow process of software and configuration parameter automatic acquisition can be referring to above-described embodiment, this repeats no more.
The base station self-configuring system that the present embodiment provides, by the setting of EMS, this EMS receives the connection request that base station eNodeB 21 sends, to eNodeB21, send information acquisition request, receive the identifying information that eNodeB21 sends according to information acquisition request, according to the identification of the manufacturer in identifying information, judge eNodeB21 and self whether be same manufacturer, if, to eNodeB21, send software and configuration parameter, if not, obtain the address information of the EMS that identification of the manufacturer is corresponding, the address information of EMS corresponding to identification of the manufacturer is sent to eNodeB21, so that eNodeB21 obtains software and configuration parameter from EMS corresponding to identification of the manufacturer.In network, when the multi-vendor eNodeB providing and EMS are provided, without the eNodeB of same telecom equipment manufacturers and EMS are bound together, eNodeB21 gets final product automatic acquisition software and configuration parameter, has realized the self-configuring process of the eNodeB under multivendor environment.
The another kind of base station self-configuring system configuration schematic diagram that Fig. 4 provides for the embodiment of the present invention.As shown in Figure 4, in the present embodiment, this base station self-configuring system further can also comprise that DynamicHost arranges protocol server 24.DynamicHost arranges the address acquisition request that protocol server 24 sends for receiving eNodeB21, sends the address information of an EMS in IP address and at least two EMS according to address acquisition request to eNodeB21.
One of ordinary skill in the art will appreciate that: all or part of step that realizes said method embodiment can complete by the relevant hardware of program command, 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 embodiment only, in order to technical scheme of the present invention to be described, is not intended to limit; Although the present invention is had been described in detail with reference to previous embodiment, those of ordinary skill in the art is to be understood that: its technical scheme that still can record aforementioned each embodiment is modified, or part technical characterictic is wherein equal to replacement; And these modifications or replacement do not make the essence of appropriate technical solution depart from the scope of various embodiments of the present invention technical scheme.
Claims (10)
1. a base station self-configuration method, is characterized in that, comprising:
Element management system EMS receives the connection request that base station eNodeB sends, and to described eNodeB, sends information acquisition request;
Described EMS receives the identifying information that described eNodeB sends according to described information acquisition request, according to the identification of the manufacturer in described identifying information, judge described eNodeB and self whether be same manufacturer, if, to described eNodeB, send software and configuration parameter, if not, obtain the address information of the EMS that described identification of the manufacturer is corresponding, the address information of EMS corresponding to described identification of the manufacturer is sent to described eNodeB, so that described eNodeB obtains described software and described configuration parameter from EMS corresponding to described identification of the manufacturer;
Element management system EMS receives the connection request that base station eNodeB sends, and to described eNodeB, sends information acquisition request, comprising:
Described EMS receives the connection request that described eNodeB sends, if the temporary address that the address information of carrying in described connection request is described EMS is known in judgement, to described eNodeB, sends information acquisition request;
Correspondingly, described EMS receives the identifying information that described eNodeB sends according to described information acquisition request, and according to the identification of the manufacturer in described identifying information, judge described eNodeB and self whether be same manufacturer, if, to described eNodeB, send software and configuration parameter, comprising:
Described EMS receives the identifying information that described eNodeB sends according to described information acquisition request, according to described identifying information, described eNodeB is carried out to authentication, if authentication success, according to the identification of the manufacturer in described identifying information, judge described eNodeB and self whether be same manufacturer, if, to described eNodeB, send the secure address of described EMS, receive described eNodeB and obtain request according to the configuration information of the secure address transmission of described EMS, to described eNodeB, send corresponding software and the configuration parameter of the described configuration information request of obtaining.
2. base station according to claim 1 self-configuration method, is characterized in that, described EMS sends software and configuration parameter to described eNodeB, comprising:
Described EMS is according to the device identification in described identifying information, device type, version and hardware configuration information are inquired about device databases, generated query result, if judgement is known and is had corresponding software and configuration parameter in described device databases according to described Query Result, to described eNodeB, send described software and described configuration parameter, if judgement is known and is not had corresponding software and configuration parameter in described device databases according to described Query Result, according to described identifying information, from carrier server, obtain corresponding software and configuration parameter, to described eNodeB, send described software and described configuration parameter, and described device databases is upgraded.
3. base station according to claim 1 self-configuration method, is characterized in that, described EMS obtains the address information of the EMS that described identification of the manufacturer is corresponding, and the address information of EMS corresponding to described identification of the manufacturer is sent to described eNodeB, comprising:
Described EMS broadcasts described identification of the manufacturer, receives the secure address that EMS corresponding to described identification of the manufacturer sends, and the secure address of EMS corresponding to described identification of the manufacturer is sent to described eNodeB.
4. base station according to claim 3 self-configuration method, is characterized in that, also comprises:
Described EMS receives the broadcast that other EMS send, if judgement know the indicated manufacturer of identification of the manufacturer in described broadcast with from as same manufacturer, the secure address of described EMS is sent to the EMS that sends described broadcast.
5. an Element management system, is characterized in that, comprising:
Request module, the connection request sending for receiving base station eNodeB, sends information acquisition request to described eNodeB;
Processing module, the identifying information sending according to described information acquisition request for receiving described eNodeB, according to the identification of the manufacturer in described identifying information, judge described eNodeB and self whether be same manufacturer, if, to described eNodeB, send software and configuration parameter, if not, obtain the address information of the Element management system EMS that described identification of the manufacturer is corresponding, the address information of EMS corresponding to described identification of the manufacturer is sent to described eNodeB, so that described eNodeB obtains described software and described configuration parameter from EMS corresponding to described identification of the manufacturer;
The connection request that described request module also sends for receiving described eNodeB, if the temporary address that the address information of carrying in described connection request is described EMS is known in judgement, sends information acquisition request to described eNodeB;
Correspondingly, the identifying information that described processing module also sends according to described information acquisition request for receiving described eNodeB, according to described identifying information, described eNodeB is carried out to authentication, if authentication success, according to the identification of the manufacturer in described identifying information, judge described eNodeB and self whether be same manufacturer, if, to described eNodeB, send the secure address of described EMS, receive described eNodeB and obtain request according to the configuration information of the secure address transmission of described EMS, to described eNodeB, send corresponding software and the configuration parameter of the described configuration information request of obtaining.
6. Element management system according to claim 5, is characterized in that:
Described processing module is also for according to the device identification of described identifying information, device type, version and hardware configuration information are inquired about device databases, generated query result, if judgement is known and is had corresponding software and configuration parameter in described device databases according to described Query Result, to described eNodeB, send described software and described configuration parameter, if judgement is known and is not had corresponding software and configuration parameter in described device databases according to described Query Result, according to described identifying information, from carrier server, obtain corresponding software and configuration parameter, to described eNodeB, send described software and described configuration parameter, and described device databases is upgraded.
7. Element management system according to claim 5, is characterized in that:
Described processing module is also for broadcasting described identification of the manufacturer, receives the secure address that EMS that described identification of the manufacturer is corresponding sends, and the secure address of EMS corresponding to described identification of the manufacturer is sent to described eNodeB.
8. Element management system according to claim 5, is characterized in that, also comprises:
Address sending module, receives for described EMS the broadcast that other EMS send, if judgement know the indicated manufacturer of identification of the manufacturer in described broadcast with from as same manufacturer, the secure address of described EMS is sent to the EMS that sends described broadcast.
9. a base station self-configuring system, comprises at least one base station eNodeB, it is characterized in that, also comprises: at least two Element management system EMS as described in as arbitrary in claim 5-8.
10. self-configuring system in base station according to claim 9, is characterized in that, also comprises:
DynamicHost arranges protocol server, and the address acquisition request sending for receiving described eNodeB sends the address information of an EMS in IP address and described at least two EMS to described eNodeB according to described address acquisition request.
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| WO2014082207A1 (en) * | 2012-11-27 | 2014-06-05 | 华为技术有限公司 | Method, device and system for automatically accessing network system |
| CN105052076B (en) | 2014-02-26 | 2020-08-25 | 华为技术有限公司 | Network element management system and network element management method based on cloud computing |
| CN107294763A (en) * | 2016-03-28 | 2017-10-24 | 阿里巴巴集团控股有限公司 | Network equipment method and apparatus |
| CN106814977A (en) * | 2017-01-19 | 2017-06-09 | 郑州云海信息技术有限公司 | The management method and system of the multi-path software based on many storage manufacturers |
| CN106973403A (en) * | 2017-06-05 | 2017-07-21 | 北京佰才邦技术有限公司 | Method for parameter configuration, access network equipment and server |
| CN110471823A (en) * | 2019-08-16 | 2019-11-19 | 珠海格力电器股份有限公司 | Communication configuration method, device and the computer readable storage medium of configuration software |
| CN112035134B (en) * | 2020-07-08 | 2023-08-04 | 合肥美的智能科技有限公司 | Container software upgrading method, cloud server, container and device |
| CN114615646A (en) * | 2020-12-08 | 2022-06-10 | 北京神州泰岳软件股份有限公司 | Network element opening method and device, electronic equipment and computer readable storage medium |
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