CN104054371A - Network device deployment method, base station, and network element management device - Google Patents

Abstract

Disclosed are a network device deployment method, a base station, and a network element management device. The method comprises: a base station establishing a connection channel with a network element management device; the base station receiving, through the connection channel, a network device list sent by the network element management device, the network device list comprising network device identification information sorted according to a preset rule; and the base station connecting network devices according to the sequence of the network device identification information that is sorted according to the preset rule in the network device list. The network device deployment method, the base station, and the network element management device according to the embodiments of the present invention can achieve load balance between the network devices.

Description

NETWORK DEVICE DEPLOYMENT METHOD, BASE STATION, AND NETWORK ELEMENT MANAGEMENT DEVICE

Method, base station and the network element management device technical field of network equipment

The present invention relates to wireless communication technology field, more particularly to a kind of method of network equipment, base station and network element management device.Background technology

As the large-scale application of mobile intelligent terminal and the demand of wireless communication bandwidth are growing, wireless communication field is gradually introducing new communication standard and networking form, and increasing operator forms global system for mobile telecommunications（Global System of Mobile communication, referred to as " GSM "), UMTS (Universal Mobile Telecommunication System, referred to as " UMTS "), Long Term Evolution（Long Term Evolution, referred to as " LTE ") multi-standard, grand micro- multitiered network concurrent operation situation, and because the demand that covers of the blind and focus of benefit in hot spot region is, it is necessary to dispose substantial amounts of small base station.Base station and the deployment of grand micro-base station with different systems, the scale of wireless network is increasing, performance of network equipments ensures more and more important, but there is load imbalance between the network equipment that current and all types of base stations are connected, partial network devices connection base station excessively causes load of network equipment high；Partial network devices connection base station is less so load is relatively low, underuses apparatus of load ability.

Existing LTE evolved base station（Resource and state information exchange are carried out by X2 interface between Evolutional Node B, referred to as " eNodeB "), are coordinated the optimization of the Radio Resource between eNodeB and are used；Pass through the wireless access network of core net between LTE and GSM, UMTS（Radio Access Network, referred to as " RAN ") information management（RAN Information Management, referred to as " RIM ") signaling interface interacts Radio Resource and status information, Radio Resource and status information are interacted by Iur-G between GSM and UMTS, carrying out resource by these interfaces uses coordination and optimization.Radio Resource coordination is carried out, it is necessary to which the substantial amounts of X2 interface of each eNodeB configurations, causes resource coordination validity very greatly dependent on the accurate and effective of X2 interface configuration by X2 interface between LTE eNodeB；On the other hand, each eNodeB is both publisher and the convergence analysis body of information of information, and information exchange is complicated, difficult coordination.Carry out resource coordination analysis judgement between LTE, UMTS and GSM respectively in different entities by different frameworks.Adjudicated respectively after interaction mode between standard, the trend and instantaneous variation of whole net can not be understood in a unified node, so as to cause single system optimal, but whole net is not optimal situation, it is impossible to maximally utilize Internet resources lifting network performance and Consumer's Experience.Radio Resource shape State is exchanged by core net, and the resource coordination of itself is not completed in the wireless network, is formed core net and the close coupling of wireless network, can be brought with many uncertain factors in edition upgrading, be unfavorable for network stabilization.The content of the invention

The embodiments of the invention provide a kind of method of network equipment, base station and network element management device, in order to realize the load balancing between the network equipment.

First aspect includes there is provided a kind of method of network equipment, this method：The interface channel with network element management device is set up in base station；The base station is received the network element management device and sent by the interface channel knows information；The base station is according to the network equipment that is linked in sequence of the network device identity information being ranked up in the network device list according to the preset rules.

In the first possible implementation, the preset rules are the loading condition according to the network equipment, and the corresponding network device identity information of the network equipment is arranged according to the order by low-load to high capacity.

In second of possible implementation, with reference to the first possible implementation of first aspect or first aspect, the network equipment information that the network device list is obtained by the network element management device according to the network element management device is safeguarded, including：The loading condition of the network element management device periodic queries network equipment；The network device identity information of the network equipment is ranked up according to the loading condition of the network equipment inquired, the network device list is periodically safeguarded according to the preset rules by the network element management device according to the preset rules.

In the third possible implementation, with reference to the first possible implementation of first aspect or first aspect, the network equipment information that the network device list is obtained by the network element management device according to the network element management device is safeguarded, including：

Preset network device list in the network element management device；

The base station sends the network equipment information being connected with the base station to the network element management device, and the network equipment information that the network element management device is sent according to the base station safeguards the preset network device list according to the preset rules.

In the 4th kind of possible implementation, with reference to first aspect or first aspect the first to the third possible implementation, the base station includes according to the network equipment that is linked in sequence for the network device identity information being ranked up in the network device list according to the preset rules：

The base station by the order of the network device identity information in the network list attempt to connect one by one the network device identity information in the network device list to this connect the network equipment, the base station and the network The base station ceases attempt to connection after equipment successful connection；Or

Attempt to connect first corresponding network equipment of network device identity information in the network device list in the base station, after the network equipment connection failure corresponding with this first network device identity information of the base station, the base station reports connection failure information to the network element management device, the network element management device resends new network device list to the base station, and the new network device list that the base station is resend according to the network element management device is attached the network equipment again.

In the 5th kind of possible implementation, with reference to first aspect or first aspect the first, the third and the 4th kind of possible implementation, behind the base station and the network equipment successful connection, the base station sends the network equipment information of the successful connection to the network element management device, so as to the network equipment information for the successful connection that the network element management device is sent according to the base station, the network device list is safeguarded according to the preset rules.

Second aspect there is provided a kind of method of network equipment, including：Interface channel is set up in network element management device and base station；The network element management device safeguards network device list, and the network device list includes the network device identity information being ranked up according to preset rules；The network element management device sends the network device list by the interface channel and gives the base station, so as to the be linked in sequence network equipment of the base station according to the network device identity information being ranked up in the network device list according to the preset rules.

In the first possible implementation, the preset rules are the loading condition according to the network equipment, and the corresponding network device identity information of the network equipment is arranged according to the order by low-load to high capacity.

In second of possible implementation, with reference to the first possible implementation of second aspect or second aspect, the network equipment information that the network device list is obtained by the network element management device according to the network element management device is safeguarded, including：The loading condition of the network element management device periodic queries network equipment；The network device identity information of the network equipment is ranked up according to the loading condition of the network equipment inquired, the network device list is periodically safeguarded according to the preset rules by the network element management device according to the preset rules.

In the third possible implementation, with reference to the first possible implementation of second aspect or second aspect, the network equipment information that the network device list is obtained by the network element management device according to the network element management device is safeguarded, including：Preset network device list in the network element management device；The base station sends the network equipment information being connected with the base station to the network element management device, and the network equipment information that the network element management device is sent according to the base station safeguards the preset network device list according to the preset rules.

In the 4th kind of possible implementation, with reference to second aspect or second aspect the first to the 3rd Possible implementation is planted, should be included so as to the base station according to the network equipment that is linked in sequence for the network device identity information being ranked up in the network device list according to the preset rules：So as to the base station by the order of the network device identity information in the network list attempt to connect one by one the network device identity information in the network device list to this connect the network equipment, the base station ceases attempt to connection after the base station and the network equipment successful connection；Or so that the base station attempts to connect first corresponding network equipment of network device identity information in the network device list, after the network equipment connection failure corresponding with this first network device identity information of the base station, the base station reports connection failure information to the network element management device, the network element management device resends new network device list to the base station, and the new network device list that the base station is resend according to the network element management device is attached the network equipment again.

The third aspect includes there is provided a kind of base station, the base station：Communication module, for setting up interface channel with network element management device；Receiving module, identification information is sent out for receiving the network element management device by the interface channel；Link block, for the network equipment that is linked in sequence according to the network device identity information being ranked up in the network device list according to the preset rules.

In the first possible implementation, the preset rules are the loading condition according to the network equipment, and the corresponding network device identity information of the network equipment is arranged according to the order by low-load to high capacity.

In second of possible implementation, with reference to the first possible implementation of the third aspect or the third aspect, the network equipment information that the network device list is obtained by the network element management device according to the network element management device is safeguarded, including：The loading condition of the network element management device periodic queries network equipment；The network device identity information of the network equipment is ranked up according to the loading condition of the network equipment inquired, the network device list is periodically safeguarded according to the preset rules by the network element management device according to the preset rules.

In the third possible implementation, with reference to the first possible implementation of the third aspect or the third aspect, the base station also includes：First sending module, for send successful connection the network equipment identification information to network element management device.

In the 4th kind of possible implementation, with reference to the third possible implementation of the third aspect, the network equipment information that the network device list is obtained by the network element management device according to the network element management device is safeguarded, including：Preset network device list in the network element management device；First sending module sends the network equipment information being connected with the base station to the network element management device, the network equipment information that the network element management device is sent according to first sending module, the preset network device list is safeguarded according to the preset rules. In the 5th kind of possible implementation, with reference to any of first to fourth kind of possible implementation of the third aspect or the third aspect possible implementation, the link block is further used for：

The link block by the order of the network device identity information in the network list attempt to connect one by one the network device identity information in the network device list to this connect the network equipment, the link block ceases attempt to connection after the link block and the network equipment successful connection；Or

The link block is attempted to connect first corresponding network equipment of network device identity information in the network device list, after link block network equipment connection failure corresponding with this first network device identity information, the sending module reports connection failure information to the network element management device, the network element management device resends new network device list to the receiving module, and the new network device list that the link block is resend according to the network element management device is attached the network equipment again.

Fourth aspect there is provided a kind of network element management device, including：Communication module, for setting up interface channel with base station；Processing module, for safeguarding network device list, the network device list includes the network device identity information being ranked up according to preset rules；Second sending module, the base station is given for sending the network device list by the interface channel, so as to the be linked in sequence network equipment of the base station according to the network device identity information being ranked up in the network device list according to the preset rules；Memory module, the network device list for storing processing module maintenance.

In the first possible implementation, the preset rules are the loading condition according to the network equipment, and the corresponding network device identity information of the network equipment is arranged according to the order by low-load to high capacity.

In second of possible implementation, with reference to the first possible implementation of fourth aspect or fourth aspect, the processing module is further used for, and the network device list is safeguarded according to the network equipment information that the processing module is obtained, including：The loading condition of the processing module periodic queries network equipment；The network device identity information of the network equipment is ranked up according to the loading condition of the network equipment inquired, the network device list is periodically safeguarded according to the preset rules by the processing module according to the preset rules.

In the third possible implementation, with reference to the first possible implementation of fourth aspect or fourth aspect, the processing module is further used for, and the network device list is safeguarded according to the network equipment information that the processing module is obtained, including：Preset network device list in the network element management device；The processing module receives the network equipment information being connected with the base station sent from base station, and the network equipment information that the processing module is sent according to the base station safeguards the preset network device list according to the preset rules.

In the 4th kind of possible implementation, the first to three kind with reference to fourth aspect or fourth aspect can Any of the implementation of energy mode in the cards, should include so as to the base station according to the network equipment that is linked in sequence for the network device identity information being ranked up in the network device list according to the preset rules：So as to the base station by the order of the network device identity information in the network list attempt to connect one by one the network device identity information in the network device list to this connect the network equipment, the base station ceases attempt to connection after the base station and the network equipment successful connection；Or so that the base station attempts to connect first corresponding network equipment of network device identity information in the network device list, after the network equipment connection failure corresponding with this first network device identity information of the base station, the base station reports connection failure information to the network element management device, the network element management device resends new network device list to the base station, and the new network device list that the base station is resend according to the network element management device is attached the network equipment again.

5th aspect is there is provided a kind of base station, and the base station includes：First processor, receiver；The first processor, for setting up interface channel with network element management device, is additionally operable to even be ceased according to network device list；Receiver, for the network equipment that is linked in sequence according to the network device identity information being ranked up in the network device list according to the preset rules.

In the first possible implementation, the preset rules are the loading condition according to the network equipment, and the corresponding network device identity information of the network equipment is arranged according to the order by low-load to high capacity.

In second of possible implementation, with reference to the 5th aspect or the first possible implementation of the 5th aspect, the network equipment information that the network device list is obtained by the network element management device according to the network element management device is safeguarded, including：The loading condition of the network element management device periodic queries network equipment；The network device identity information of the network equipment is ranked up according to the loading condition of the network equipment inquired, the network device list is periodically safeguarded according to the preset rules by the network element management device according to the preset rules.

In the third possible implementation, with reference to the 5th aspect or the first possible implementation of the 5th aspect, the base station also includes：First transmitter, for send successful connection the network equipment identification information to network element management device.

In the 4th kind of possible implementation, with reference to the third possible implementation of the 5th aspect, the network equipment information that the network device list is obtained by the network element management device according to the network element management device is safeguarded, including：Preset network device list in the network element management device；First transmitter sends the network equipment information being connected with the base station to the network element management device, and the network equipment information that the network element management device is sent according to first transmitter safeguards that this is preset according to the preset rules The network device list.

In the 4th kind of possible implementation, with reference to the 5th aspect or first to fourth any possible implementation of the 5th aspect, the first processor is further used for：The first processor by the order of the network device identity information in the network list attempt to connect one by one the network device identity information in the network device list to this connect the network equipment, the first processor ceases attempt to connection after the first processor and the network equipment successful connection；Or the first processor is attempted to connect first corresponding network equipment of network device identity information in the network device list, after first processor network equipment connection failure corresponding with this first network device identity information, the transmitter reports connection failure information to the network element management device, the network element management device resends new network device list to the receiver, and the new network device list that the first processor is resend according to the network element management device is attached the network equipment again.

There is provided a kind of network element management device in terms of 6th, including：Second processor, for setting up interface channel with base station, is additionally operable to safeguard network device list, and the network device list includes the network device identity information being ranked up according to preset rules；Second transmitter, the base station is given for sending the network device list by the interface channel, so as to the be linked in sequence network equipment of the base station according to the network device identity information being ranked up in the network device list according to the preset rules；Memory, the network device list for storing second processor maintenance.

In the first possible implementation, the preset rules are the loading condition according to the network equipment, and the corresponding network device identity information of the network equipment is arranged according to the order by low-load to high capacity.

In second of possible implementation, with reference to the 6th aspect or the first possible implementation of the 6th aspect, the second processor is further used for, and the network device list is safeguarded according to the network equipment information that the second processor is obtained, including：The loading condition of the second processor periodic queries network equipment；The network device identity information of the network equipment is ranked up according to the loading condition of the network equipment inquired, the network device list is periodically safeguarded according to the preset rules by the second processor according to the preset rules.

In the third possible implementation, with reference to the 6th aspect or the first possible implementation of the 6th aspect, the second processor is further used for, and the network device list is safeguarded according to the network equipment information that the second processor is obtained, including：Preset network device list in the network element management device；The second processor receives the network equipment information being connected with the base station sent from base station, and the network equipment information that the second processor is sent according to the base station safeguards the preset network device list according to the preset rules. In the 4th kind of possible implementation, with reference to the 6th aspect or the first to three any possible implementation of the 6th aspect, it should be included so as to the base station according to the network equipment that is linked in sequence for the network device identity information being ranked up in the network device list according to the preset rules：So as to the base station by the order of the network device identity information in the network list attempt to connect one by one the network device identity information in the network device list to this connect the network equipment, the base station ceases attempt to connection after the base station and the network equipment successful connection；Or so that the base station attempts to connect first corresponding network equipment of network device identity information in the network device list, after the network equipment connection failure corresponding with this first network device identity information of the base station, the base station reports connection failure information to the network element management device, the network element management device resends new network device list to the base station, and the new network device list that the base station is resend according to the network element management device is attached the network equipment again.

In order to realize the load balancing between the network equipment of base station connection, in the embodiment of the present invention, base station receives the network device list that network element management device is sent, the network device list includes the network device identity information being ranked up according to preset rules, base station can realize load of network equipment order in a balanced way according to preferential, the connection network equipment is attempted, so as to realize the load balancing between the connected network equipment.Brief description of the drawings

Technical scheme in order to illustrate the embodiments of the present invention more clearly, the required accompanying drawing used in the embodiment of the present invention will be briefly described below, apparently, drawings in the following description are only some embodiments of the present invention, for those of ordinary skill in the art, on the premise of not paying creative work, other accompanying drawings can also be obtained according to these accompanying drawings.

Fig. 1 is the indicative flowchart of the method for network equipment according to embodiments of the present invention；Fig. 2 is the schematic diagram of network device list according to embodiments of the present invention；

Fig. 3 is another indicative flowchart of the method for network equipment according to embodiments of the present invention；Fig. 4 is the schematic block diagram of base station according to embodiments of the present invention；

Fig. 5 is the schematic block diagram of network element management device according to embodiments of the present invention；

Fig. 6 is the schematic block diagram of base station according to another embodiment of the present invention；

Fig. 7 is the schematic block diagram of network element management device according to another embodiment of the present invention.Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is a part of embodiment of the present invention, without It is whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art are obtained on the premise of creative work is not made should all belong to the scope of protection of the invention.

It should be understood that the technical scheme of the embodiment of the present invention can apply to various communication systems, such as：Global system for mobile telecommunications (Global System of Mobile communication, referred to as " GSM ") system, CDMA（Code Division Multiple Access, referred to as " CDMA ") system, WCDMA（Wideband Code Division Multiple Access, referred to as " WCDMA ") system, GPRS（General Packet Radio Service, referred to as " GPRS "), Long Term Evolution（Long Term Evolution, referred to as " LTE ") system, LTE FDDs（ Frequency

Division Duplex, referred to as " FDD ") system, LTE time division duplexs（Time Division Duplex, referred to as " TDD "), UMTS (Universal Mobile Telecommunication

System, referred to as " UMTS "), global interconnection inserting of microwave（ Worldwide Interoperability for

Microwave Access, referred to as " WiMAX ") communication system etc..

In embodiments of the present invention, base station can be the base station in GSM or CDMA（Base

Transceiver Station, referred to as " BTS "), can also be the base station in WCDMA（NodeB, referred to as " NB "), it can also be the evolved base station in LTE（Evolutional Node B, referred to as " ENB or eNodeB "), base station can be macro base station or small base station, and the present invention is not limited.

The network equipment of connection, including base station controller, radio network controller, Service GateWay, mobility management entity to be set up in base station in embodiments of the present invention（Mobility Management Entity, referred to as " Μ Μ Ε "), security gateway.Load balancing between the network equipment to be realized of the embodiment of the present invention, the load balancing can be that the quantity of heterogeneous networks equipment access base station is identical or ratio of heterogeneous networks equipment access base station number is identical, and citing is such as：Network equipment Α can at most connect 100 stylobate stations, network equipment B can at most connect 1000 stylobate stations, if network equipment A is connected to 50 base stations, network equipment B is connected to 500 stylobate stations, then can consider load balancing between network equipment A and network equipment B.

Fig. 1 shows the indicative flowchart of the method 100 of network equipment according to embodiments of the present invention.This method 100 includes：

The interface channel with network element management device is set up in S110, base station；

S120, the base station receives the network equipment row S130 that the network element management device is sent by the interface channel, and the base station is set according to the network being ranked up in the network device list according to the preset rules The network equipment that is linked in sequence of standby identification information.

In embodiments of the present invention, in order to realize the load balancing between the network equipment of base station connection, base station receives the network device list that network element management device is sent, the network device list includes the network device identity information being ranked up according to preset rules, base station is attached according to the network device list, realizes the load balancing between the connected network equipment.

In S110, the interface channel with network element management device is set up in base station, in an implement scene, alternatively, further comprises：

S111, base station obtains the IP address of network element management device.

Base station and access network server set up connection, and the connection with access network server can cause base station access network network, be that base station can prepare with the connection communication of gateway, network element management device and other network equipments.Base station gets the IP address of network element management device by DHCP (Dynamic Host Configuration Protocol, referred to as " DHCP ") server.Alternatively, the IP address to obtain network element management device that base station can also be configured by near-end, near-end configuration include by general in universal serial bus (Universal Serial Bus, referred to as " USB "), safe digital（Secure Digital Memory, referred to as " SD ") block, network interface, the means such as Wireless Fidelity (Wireless Fidelity, referred to as " WiFi ") preset IP address of interface；Alternatively, base station can get the IP address of network element management device by Dynamic Host Configuration Protocol server.

Alternatively, internet protocol security protocol is set up in S112, base station by security gateway（Internet Protocol Security, referred to as " IPSec ") tunnel.

In the group network system with security gateway, base station with security gateway, it is necessary to set up ipsec tunnel before being connected with network element management device, and the ipsec tunnel is used for base station and other network equipments are communicated.In addition, in the group network system with security gateway, the IP address of network element management device can also be issued to base station by security gateway at base station and IPSEC tunnel buildings.

In the group network system without security network element management equipment, alternatively, it is not necessary to carry out step S112.

S113, sets up Operation and Maintenance between base station and network element management device（Operation and Maintenance, referred to as ' Μ ") passage, the Ο Μ passages are the one kind for the interface channel that can be base station foundation and network element management device.

Specifically, base station is connected by the network element management device IP address obtained in S111 or S112, and with the network element management device foundation corresponding to the IP address.The OM passages that base station is set up with network element management device, can be that base station actively connects network element management device, can also network element management device active Connect base station.The OM passages of foundation provide path for base station and network element management device and with the communication of other network equipments.

In S120, the network that the base station receives network element management device transmission by the interface channel is set specifically, the network device list that network element management device is sent, network equipment row can include the information of a network equipment, can also include the information of many network equipments；Network device list can include the information of all or part of existing network network equipment in network.

Alternatively, the preset rules are the loading condition according to the network equipment, and the corresponding network device identity information of the network equipment is arranged according to the order by low-load to high capacity.When the network equipment included in the network device list is more than 1, base station is attempted to be attached one by one according to the equipment order in network device list, and the meeting network equipment that is preferential and coming above in base station is attached.To sequence of the network equipment in network device list, the number of base stations that can have been connected according to the network equipment, can also be according to the equipment performance difference of heterogeneous networks equipment in itself, such as network equipment A maximums can connect 100 base stations, network equipment B maximums can connect 1000 base stations, if network equipment A has been connected to 50 base stations, and network equipment B has been connected to 300 base stations, the load capacity of network equipment A connection equipment has occupied 50 %, and network equipment B has only taken up 30 %, then network equipment A is high capacity, network equipment B is low-load, so, network element management device comes network equipment B before network equipment A.If network equipment A maximums can connect 100 base stations, network equipment B maximums can also connect 100 base stations, if network equipment A has been connected to 50 base stations, and network equipment B has been connected to 60 base stations, then network equipment A is low-load, network equipment B is high capacity, then network element management device comes network equipment A before network equipment B.

Can the method based on the network equipment shown in Fig. 1, the further exemplified network device lists of Fig. 2.As shown in Figure 2, network identification information is arranged in sequence, numbered in figure and represent the load of the network equipment corresponding to the corresponding network device identity information of the numbering for from low-load to high capacity from 1 to n, numbering can also represent the order of the network equipment corresponding to the corresponding network device identity information of base station connection numbering from 1 to n, i.e. base station is attached according to the order of numbering.Information in the network device list on the network equipment, can be connected to the DNS domain name of the mark of the network equipment, the IP address of such as network equipment, or the network equipment comprising that can allow identification of base stations.

The network device list that base station is sent by the OM channel receptions network element management devices.

Alternatively, base station can repeatedly receive the network device list.Base station is successfully connected after the network equipment according to the network device list, can no longer receive the network device list；Base station is according to the network device list Failed connection, new network device list can be received again.

In S130, the base station is according to the network equipment that is linked in sequence of the network device identity information being ranked up in the network device list according to the preset rules.

Alternatively, the network device list according to S120, if the only one of which network equipment in the network device list, base station connects the network equipment according to the identification information of the unique network device in the network list.

Alternatively, if including multiple network equipments in the network device list, network device list as being ranked up from low to high according to loading condition, and load is minimum to make number one, and load highest rolls into last place.Base station according to this sequentially since attempted one by one first network equipment connect network device list in the network equipment, if being connected equipment connection failure with first, then attempt to be attached with second equipment, the order according to equipment in list is attempted one by one, until successful connection.Base station obtains network device identity information from the network device list, and the identification information can be the IP address of the network equipment, and base station removes the network equipment corresponding to connection by the IP address；The identification information can also be the DNS domain name of the network equipment, and base station obtains the IP address of the network equipment by accessing the server corresponding to DNS domain name, the network equipment corresponding to connection is removed by the IP address.

Alternatively, if base station connects first network equipment failure, base station can not reconnect other network equipments in the network device list, the situation of connection failure is reported network element management device by base station, after the network equipment connection failure information reported so as to network element management device according to base station, new network device list is re-issued to base station, base station is again coupled to the network equipment according to new network device list according to the connection method described in this step.

Alternatively, base station is successfully connected after the network equipment, and the network equipment information being successfully connected is sent to network element management device by base station, so as to network equipment information of the network element management device according to the transmission, safeguards the new network device list of generation.The network equipment information being successfully connected that base station is reported, alternatively, the information can be the title of the network equipment, can also be the IP identification informations of the network equipment, can also be it is other can uniquely distinguish the information of the network equipment identity, alternatively, the identification information classification of transmission can send a kind of identification information, can also send polytype identification information, can also be transmission all types identification information.

Alternatively, the network device identity information being successfully connected is sent to network element management device by base station by OM passages. Make base station according to network device list, the network equipment in connection list is attempted one by one, because the network equipment in network device list is ranked up according to the load capacity of each equipment, the load balancing between each network equipment is farthest realized.

Fig. 3 shows the indicative flowchart of the method 200 of network equipment according to another embodiment of the present invention, Fig. 3 and its disclosed method of explanation, can be based on the shared wireless access network method disclosed in Fig. 1 and Fig. 2 of the embodiment of the present invention.As shown in figure 3, this method 200 includes：

5210, interface channel is set up in network element management device and base station；

S220, the network element management device safeguards network device list, and the network device list includes the network device identity information being ranked up according to preset rules；

S230, the network element management device sends the network device list by the interface channel and gives the base station, so that the base station connects the network equipment according to the network device list.

In embodiments of the present invention, network device list is sent to base station by network element management device, indicate that base station can realize load of network equipment order in a balanced way according to preferential, attempt the connection network equipment, the network equipment in network device list is ranked up according to the load capacity of each equipment, so that maximum realizes load balancing between the network equipment.

In embodiments of the present invention,

In S210, the interface channel with network element management device is set up in base station.

Alternatively, the method that base station and network element management device set up interface channel, can refer to described in S110, is not repeated herein.

In S220, the network element management device safeguards network device list, and the network device list includes the network device identity information being ranked up according to preset rules.

In S220, alternatively, including：

5211, the loading condition of the network element management device periodic queries network equipment；

Network element management device obtains the quantity of the network equipment, including,

Alternatively, base station sends querying command to base station to obtain the network equipment information of base station connection, and the network equipment information of base station feedback connection is to network element management device；

Alternatively, network element management device by read the network equipment database or daily record, statistical indicator come obtain the network equipment connect base station information；

Alternatively, the quantity information of the network equipment is manually entered to network element management device.

Network element management device obtains the load capacity of the network equipment, including,

Alternatively, network element management device by read the network equipment database or daily record, statistical indicator come Obtain the load capacity of network equipment connection；

Alternatively, the load capacity information of the network equipment is manually inputed into network element management device.

Query steps in S211 can be periodic progress, and network element management device inquires about the loading condition of the network equipment at regular intervals.

Alternatively, S210 includes,

5212, the network device identity information of the network equipment is ranked up according to the loading condition of the network equipment inquired, the network device list is periodically safeguarded according to the preset rules by the network element management device according to the preset rules.

Network element management device calculates the base station ratio of every network equipment connection according to the load of network equipment information obtained in S211, and the ratio is the maximum load number of the network equipment of base station number/every of every network equipment connection.According to the result of calculation, the network equipment is ranked up according to preset rules, the low network equipment of the ratio is come before the high network equipment of the ratio, the preset rules can refer in S120 and retouch standby identification information, and the identification information can refer to the description in S120.

Network element management device periodically inquires about the loading condition of the network equipment in S211, and periodically network device list is safeguarded in S212.Alternatively, the cycle that the cycle in S212 can be more than in the cycle in S211, S212 can also be equal to the cycle in S211.

Alternatively, S210 includes,

5213, the preset network device list in the network element management device.Alternatively, preset can be that the network device list is formed after network element management device active inquiry, including：

Pipe obtains the quantity of the network equipment, including,

Alternatively, base station sends querying command to base station to obtain the network equipment information of base station connection, and the network equipment information of base station feedback connection is to network element management device；

Alternatively, network element management device by read the network equipment database or daily record, statistical indicator come obtain the network equipment connect base station information；

Network element management device obtains the load capacity of the network equipment, including,

Alternatively, network element management device by read the network equipment database or daily record, statistical indicator come obtain the network equipment connect load capacity；

5214, the network device identity information of the network equipment is ranked up according to the loading condition of the network equipment inquired, generates the network device list by the network element management device according to the preset rules. The network device identity information of the network equipment is ranked up according to the loading condition of the network equipment inquired, the network device list is periodically generated according to the preset rules by the network element management device according to the preset rules.

Network element management device calculates the base station ratio of every network equipment connection according to the load of network equipment information obtained in S211, and the ratio is the maximum load number of the network equipment of base station number/every of every network equipment connection.According to the result of calculation, the network equipment is ranked up according to preset rules, the low network equipment of the ratio is come before the high network equipment of the ratio, the preset rules can refer in S120 and retouch standby identification information, and the identification information can refer to the description in S120.

Alternatively, preset can be that, by the network device list is manually entered into the network element management device, the network device list can be identical with the network device list in S214.

Alternatively, S210 includes,

S215, the base station sends the network equipment information being connected with the base station to the network element management device, and the network equipment information that the network element management device is sent according to the base station safeguards the network device list according to preset rules generation.

Base station is successfully connected after the network equipment, and the identification information of the network equipment of connection is sent into network element management device, and network element management device is safeguarded to form the new network device list according to the information according to preset rules.Alternatively, network element management device can form new network device list often to receive maintenance after the network equipment information being successfully connected that a base station is sent, and can also receive maintenance after the network equipment information being successfully connected that multiple base stations are sent and form new network device list.

Network element management device obtains the connection of each network equipment, draws the loading condition of each network equipment, is that other base stations issue network device list and prepared.Network element management device is according to the loading condition of each network equipment, can be when issuing network list, according to the loading condition of each network equipment, the network equipment in network device list is ranked up, base station connects the network equipment according to the network device list, maximum realizes the equilibrium between each load, because network element management device constantly updates network device list, it can effectively realize that the base station subsequently connected can also use optimal network device list, to realize the load balancing between the network equipment.

It should be understood that, in various embodiments of the present invention, the size of the sequence number of above-mentioned each process is not meant to the priority of execution sequence, and the execution sequence of each process should be determined with its function and internal logic, and any limit is constituted without tackling the implementation process of the embodiment of the present invention.

Above in conjunction with Fig. 1 to Fig. 3, network equipment according to embodiments of the present invention is described in detail Method, below in conjunction with Fig. 4 to Fig. 7, base station according to embodiments of the present invention and network element management device are described.

Fig. 4 shows the schematic block diagram of base station 300 according to embodiments of the present invention.Fig. 4 and its a kind of disclosed base station of explanation, can be realized based on Fig. 1 and Fig. 2 of the embodiment of the present invention and based on the method for the network design disclosed in Fig. 3 of the embodiment of the present invention.

The base station that base station 300 according to embodiments of the present invention may correspond in the method for network design according to embodiments of the present invention, and above and other operation and/or function of the modules in base station 300 is respectively in order to realize the corresponding flow of each methods of the Fig. 1 into Fig. 3, for sake of simplicity, will not be repeated here.

As shown in figure 4, the base station 300 includes：

Communication module 310, for setting up interface channel with network element management device；

Receiving module 320, network for receiving network element management device transmission by the interface channel sets link block 330, for the network equipment that is linked in sequence according to the network device identity information being ranked up in the network device list according to the preset rules.

In embodiments of the present invention, the network device list that network element management device is sent is received by receiving module 320, link block 330 is according to the network device list, load of network equipment order in a balanced way can be realized according to preferential, the connection network equipment is attempted, load balancing between the network equipment is realized.

In embodiments of the present invention, alternatively, the communication module 310 is specifically for obtaining the IP address of network element management device.

Communication module 310 is used for and accessed network server and sets up connection, and the connection with access network server can cause base station access network network, be that base station can prepare with the connection communication of gateway, network element management device and other network equipments.Communication module 310 is used to pass through DHCP（Dynamic Host Configuration Protocol, referred to as " DHCP ") server gets the IP addresses of network element management device.

Alternatively, communication module 310 can be also used for the IP address to obtain network element management device configured by near-end, and near-end configuration is included by the way that in USB, (Universal Serial Bus are referred to as

" USB "), safe digital（Secure Digital Memory, referred to as " SD ") block, network interface, the means such as preset IP address in Wireless Fidelity (Wireless Fidelity, referred to as " WiFi ") interface；Alternatively, communication module 310 can be used for the IP addresses that network element management device is got by Dynamic Host Configuration Protocol server.

Alternatively, communication module 310 is additionally operable to, by security gateway, set up internet protocol security protocol (Internet Protocol Security, referred to as " IPSec ") tunnel.In the group network system with security gateway, communication module 310 with security gateway, it is necessary to set up ipsec tunnel before being connected with network element management device, and the IPSEC tunnels are used for base station and other network equipments are communicated.In addition, in the group network system with security gateway, the IP address of network element management device can also be issued to base station by security gateway when communication module 310 and ipsec tunnel are set up.

Alternatively, communication module 310 can be also used for setting up Operation and Maintenance (Operation and Maintenance, referred to as ' Μ ") passage between network element management device.Further, communication module 310 is used to and set up with the network element management device corresponding to the IP address be connected in the network element management device IP address of acquisition.The OM passages that communication module 310 and network element management device are set up, can be that communication module 310 actively connects network element management device, can also network element management device actively connect base station.The OM passages of foundation provide path for communication module 310 and network element management device and with the communication of other network equipments.

Receiving module 320, sets specifically, receiving module 320 passes through the OM passages that communication module 310 and network element management device are set up, reception network device list for receiving the network of network element management device transmission by the interface channel.The network device list and the preset rules can refer to S120 of the embodiment of the present invention, be not repeated herein.

Link block 330, for connecting the network equipment according to the network device list.Specifically, specifically, the network device list according to S120, if the only one of which network equipment in the network device list, then connection establishment module 330 connects the network equipment according to the routing information of the unique network device in the network list.If including multiple network equipments in the network device list, connection establishment module 330 gradually attempts the network equipment in connection list in sequence, if being connected equipment connection failure with first, then attempt to be attached with second equipment, order according to equipment in list is attempted one by one, until successful connection.

Link block 330 obtains network device identity information from the network device list, and the identification information can be the IP address of the network equipment, and link block 330 removes the network equipment corresponding to connection by the IP address；The identification information can also be the DNS domain name of the network equipment, and link block 330 obtains the IP address of the network equipment by accessing the server corresponding to the DNS domain names, the network equipment corresponding to connection is removed by the IP address.

Alternatively, link block 330 be can be also used for, if setting up module 330 connects first network equipment failure, other network equipments are not reconnected, and select the situation of connection failure passing through sending module 340 Report network element management device；Network element management device re-issues new network device list to base station, and link block 330 is again coupled to the network equipment according to new network device list.

Alternatively, base station 300 can also include：First sending module 340, for send successful connection the network equipment identification information to network element management device.

Further, the first sending module 340 is used to, by OM passages, the network device identity information being successfully connected is sent into network element management device.The identification information of the network equipment, which can be included, can distinguish the mark of the network equipment, the IP address of such as network equipment, either the DNS domain name of the title of the network equipment or the network equipment.The network equipment information being successfully connected is sent to network element management device by the first sending module 340, and so as to network equipment information of the network element management device according to the transmission, maintenance forms new network device list.

The base station of the embodiment of the present invention, the network device list sent according to network element management device, selection can realize that the network equipment of load balancing is attached, and the network equipment information of successful connection is reported to network element management device, it is ensured that the load balancing of optimization is realized between the network equipment of base station connection.

Fig. 5 shows the schematic block diagram of network element management device 400 according to embodiments of the present invention.Fig. 5 and its disclosed network element management device 400 of explanation, method that can be based on Fig. 1 and Fig. 2 of the embodiment of the present invention and based on the network equipment disclosed in Fig. 3 of the embodiment of the present invention can also be based on the device disclosed in Fig. 4 of the embodiment of the present invention.Above and other operation and/or function of modules in network element management device in the method for network deployment, network element management device 400 can be used for the corresponding flow for realizing each methods of the Fig. 1 into Fig. 3, in order to succinct:It will not be repeated here.

As shown in figure 5, the network element management device 400 includes：

Communication module 410, for setting up interface channel with base station；

Processing module 420, for safeguarding network device list, the network device list includes the network device identity information being ranked up according to preset rules；

Second sending module 430, the base station is given for sending the network device list by the interface channel, so as to the be linked in sequence network equipment of the base station according to the network device identity information being ranked up in the network device list according to the preset rules；

Memory module 440, the network device list for storing processing module maintenance.

In embodiments of the present invention, network element management device sends network device list to base station by the second sending module 430, and load of network equipment order in a balanced way can be realized for guiding base station according to preferential, The connection network equipment is attempted, load balancing between the network equipment is realized.Constantly safeguarded by processing module 420 and update the network device list so that the follow-up base station for having connection network equipment demand can obtain newest network device list, it is ensured that lasting holding load balancing between the network equipment.

In embodiments of the present invention, as shown in figure 5,

Communication module 410, for setting up interface channel with base station, specific to obtain, communication module 410 can be used for setting up Operation and Maintenance between base station（Operation and Maintenance, referred to as ' Μ ") passage.Further, base station is used to and set up with the communication module 410 of the network element management device corresponding to the IP address be connected in the network element management device IP address of acquisition.The OM passages set up provide path for communication module 410 and base station and with the communication of other network equipments.

Alternatively, processing module 420, loading condition available for the periodic queries network equipment, further, available for the quantity for obtaining the network equipment, alternatively, processing module 420 is used to send querying command to base station to obtain the network equipment information of base station connection, and the network equipment information of base station feedback connection is to processing module 420;Alternatively, processing module 420 be used for by read the network equipment database or daily record, statistical indicator come obtain the network equipment connect base station information.

Alternatively, processing module 420 is used to obtaining the load capacity of the network equipment, and processing module 420 is used for the database for reading the network equipment or daily record, statistical indicator and obtains the load capacity of network equipment connection.

Alternatively, processing module 420 is used to periodically carry out the inquiry.

Alternatively, processing module 420 is used to receive the network equipment information being connected with the base station sent from base station.

Alternatively, processing module 420 is used for the loading condition according to the network equipment inquired, the network device identity information of the network equipment can also be ranked up according to the preset rules, the network device list is periodically safeguarded according to the preset rules.

Alternatively, processing module 420 is used to receive the network equipment information being connected with the base station that the base station is sent, the network device list is safeguarded according to preset rules, processing module 420 is used for the network equipment information reported by OM channel receptions from base station.The network equipment information that base station is reported, can be stood the network equipment information of connection failure or the network equipment information of successful connection with ^^.Wherein network equipment information should include the identification information of the network equipment.The identification information is required to identify the identity of the network equipment, and the identification information can be the IP address of the network equipment or other can identify the information of the network equipment identity, the title of such as network equipment, ID etc..

Alternatively, the network being successfully connected that processing module 420 can be sent with often receiving a base station is set The network device list is safeguarded after standby information, the network device list is safeguarded after the network equipment information being successfully connected that multiple base stations are sent can also be received.

Alternatively, processing module 420 is used to safeguard the network device list, further, processing module 420 is used for the load of network equipment information according to acquisition, calculate the base station ratio of every network equipment connection, the ratio is the maximum load number of the network equipment of base station number/every of every network equipment connection.According to the result of calculation, the network equipment is ranked up according to preset rules, the low network equipment of the ratio is come before the high network equipment of the ratio, the preset rules can refer to the description in S120.Network element management device is ranked up according to preset rules to the network equipment, and identifies the identification information of each network equipment, and the identification information can refer to the description in S120.

Second sending module 430, for sending network device list to base station；

Further, the network device list that the second sending module 430 is sent, network equipment row can include the information of a network equipment, can also include the information of many network equipments；Can be the information comprising part or all existing network network equipments.Alternatively, the second sending module 430, is additionally operable to after network device list and the network equipment connection that base station is sent according to the second sending module 430 are unsuccessful, re-issues new network equipment connection list.

Memory module 440, network device list is formed for storing the maintenance of processing module 420.Alternatively, memory module 440, can be used for storing preset network device list.Make base station according to network device list, the network equipment in connection list is attempted one by one, because the network equipment in list is ranked up according to the load capacity of each equipment, network element management device grasps the loading condition of each network equipment, could be when issuing network list, according to the loading condition of each network equipment, the network equipment in network device list is ranked up, each is realized and load balancing between the network equipment.Network element management device dynamically safeguards the network device list, maintains the load balancing subsequently connected behind other base stations between the network equipment by inquiring about the loading condition of the network equipment or receiving the network equipment information that base station the is sent and base station is connected.

Fig. 6 shows the schematic block diagram of base station 500 according to embodiments of the present invention.Fig. 6 and its disclosed method of explanation, method that can be based on Fig. 1 and Fig. 2 of the embodiment of the present invention and based on Fig. 3 of the embodiment of the present invention and disclosed network design can also be based on the device disclosed in Fig. 4 and Fig. 5 of the embodiment of the present invention.

Base station 500 according to embodiments of the present invention may correspond to network design according to embodiments of the present invention Above and other operation and/or function of modules in base station in method, and base station 500 is respectively in order to realize the corresponding flow of each methods of the Fig. 1 into Fig. 3, for sake of simplicity, will not be repeated here.

As shown in fig. 6, the base station 500 includes：

First processor 510, for setting up interface channel with network element management device；

Receiver 520, for receiving the network equipment first processor 510 that the network element management device is sent by the interface channel, the network equipment that is linked in sequence according to the network device identity information being ranked up in the network device list according to the preset rules is additionally operable to.

In embodiments of the present invention, the network device list that network element management device is sent is received by receiver 520, first processor 510 is according to the network device list, load of network equipment order in a balanced way can be realized according to preferential, the connection network equipment is attempted, load balancing between the network equipment is realized.

In embodiments of the present invention, alternatively, the first processor 510 is specifically for obtaining the IP address of network element management device.

First processor 510 is used for and accessed network server and sets up connection, and the connection with access network server can cause base station access network network, be that base station can prepare with the connection communication of gateway, network element management device and other network equipments.First processor 510 is used to pass through DHCP（Dynamic Host Configuration Protocol, referred to as " DHCP ") server gets the IP address of network element management device.

Alternatively, first processor 510 can be also used for the IP address to obtain network element management device configured by near-end, near-end configuration is included by USB (Universal Serial Bus, referred to as " USB "), safe digital (Secure Digital Memory, referred to as " SD ") card, network interface, the means such as preset IP address in Wireless Fidelity (Wireless Fidelity, referred to as " WiFi ") interface；Alternatively, first processor 510 can be used for the IP address that network element management device is got by Dynamic Host Configuration Protocol server.

Alternatively, first processor 510 is additionally operable to, by security gateway, set up internet protocol security protocol（Internet Protocol Security, referred to as " IPSec ") tunnel.In the group network system with security gateway, first processor 510 with security gateway, it is necessary to set up ipsec tunnel before being connected with network element management device, and the ipsec tunnel is used for base station and other network equipments are communicated.In addition, in the group network system with security gateway, the IP address of network element management device can also be issued to base station by security gateway in first processor 510 and IPSEC tunnel buildings.

Alternatively, first processor 510 can also be used to set up Operation and Maintenance between network element management device (Operation and Maintenance, referred to as ' Μ ") passage.Further, first processor 510 is used to and set up with the network element management device corresponding to the IP address be connected in the network element management device IP address of acquisition.The 0M passages that first processor 510 and network element management device are set up, can be that first processor 510 actively connects network element management device, can also network element management device actively connect base station.The 0M passages of foundation provide path for first processor 510 and network element management device and with the communication of other network equipments.

Receiver 520, for receiving the network equipment body that the network element management device is sent by the interface channel, the 0M passages that receiver 520 is set up by first processor 510 and network element management device receive network device list.The network device list and the preset rules can refer to S120 of the embodiment of the present invention, be not repeated herein.

First processor 510, is additionally operable to connect the network equipment according to the network device list.Specifically, specifically, the network device list according to S120, if the only one of which network equipment in the network device list, then connection establishment module 330 connects the network equipment according to the routing information of the unique network device in the network list.If including multiple network equipments in the network device list, connection establishment module 330 gradually attempts the network equipment in connection list in sequence, if being connected equipment connection failure with first, then attempt to be attached with second equipment, order according to equipment in list is attempted one by one, until successful connection.

First processor 510 obtains network device identity information from the network device list, and the identification information can be the IP address of the network equipment, and first processor 510 removes the network equipment corresponding to connection by the IP address；The identification information can also be the DNS domain name of the network equipment, and first processor 510 obtains the IP address of the network equipment by accessing the server corresponding to DNS domain name, the network equipment corresponding to connection is removed by the IP address.

Alternatively, first processor 510 be can be also used for, if setting up module 330 connects first network equipment failure, other network equipments are not reconnected, and select the situation of connection failure reporting network element management device by transmitter 530；Network element management device re-issues new network device list to base station, and first processor 510 is again coupled to the network equipment according to new network device list.

Alternatively, base station 500 can also include：First transmitter 530, for send successful connection the network equipment identification information to network element management device.

Further, the first transmitter 530 is used to, by 0M passages, the network device identity information being successfully connected is sent into network element management device.The identification information of the network equipment, which can be included, can distinguish this The DNS domain name of the IP address of the mark of the network equipment, such as network equipment, the either title of the network equipment or the network equipment.The network equipment information being successfully connected is sent to network element management device by the first transmitter 530, and so as to network equipment information of the network element management device according to the transmission, maintenance forms new network device list.

The base station of the embodiment of the present invention, the network device list sent according to network element management device, selection can realize that the network equipment of load balancing is attached, and the network equipment information of successful connection is reported to network element management device, it is ensured that the load balancing of optimization is realized between the network equipment of base station connection.

Fig. 7 shows the schematic block diagram of network element management device 600 according to embodiments of the present invention.Fig. 7 and its disclosed network element management device 600 of explanation, method that can be based on Fig. 1 and Fig. 2 of the embodiment of the present invention and based on the network equipment disclosed in Fig. 3 of the embodiment of the present invention, can also be based on the device disclosed in Fig. 4 and Fig. 5 of the embodiment of the present invention and Fig. 6.Network element management device in the method for network deployment, and modules in network element management device 600 above and other operation and/or function respectively in order to realize the corresponding flow of each methods of the Fig. 1 into Fig. 3, for sake of simplicity, will not be repeated here.

As shown in fig. 7, the network element management device 600 includes：

Second processor 610, for setting up interface channel with base station；It is additionally operable to safeguard network device list, second transmitter 620, the base station is given for sending the network device list by the interface channel, so as to the be linked in sequence network equipment of the base station according to the network device identity information being ranked up in the network device list according to the preset rules；

Memory 630, the network device list for storing processing module maintenance.

In embodiments of the present invention, network element management device sends network device list to base station by the second transmitter 620, for guiding base station, according to preferential can realizing, load of network equipment sequentially, attempts the connection network equipment, realizes load balancing between the network equipment in a balanced way.Constantly safeguarded by second processor 610 and update the network device list so that the follow-up base station for having connection network equipment demand can obtain newest network device list, it is ensured that lasting holding load balancing between the network equipment.

In embodiments of the present invention, as shown in fig. 7,

Second processor 610, for setting up interface channel with base station, specific to obtain, second processor 610 can be used for setting up Operation and Maintenance between base station（Operation and Maintenance, referred to as ' Μ ") passage.Further, base station is in the network element management device IP address of acquisition, be used for and with The second processor 610 of network element management device corresponding to the IP address sets up connection.The OM passages set up provide path for second processor 610 and base station and with the communication of other network equipments.

Alternatively, second processor 610, loading condition available for the periodic queries network equipment, further, available for the quantity for obtaining the network equipment, alternatively, second processor 610 is used to send querying command to base station to obtain the network equipment information of base station connection, and the network equipment information of base station feedback connection is to second processor 610;Alternatively, second processor 610 be used for by read the network equipment database or daily record, statistical indicator come obtain the network equipment connect base station information.

Alternatively, second processor 610 is used to obtaining the load capacity of the network equipment, and second processor 610 is used for the database for reading the network equipment or daily record, statistical indicator and obtains the load capacity of network equipment connection.

Alternatively, second processor 610 is used to periodically carry out the inquiry.

Alternatively, second processor 610 is used to receive the network equipment information being connected with the base station sent from base station.

Alternatively, second processor 610 is used for the loading condition according to the network equipment inquired, the network device identity information of the network equipment can also be ranked up according to the preset rules, the network device list is periodically safeguarded according to the preset rules.

Alternatively, second processor 610 is used to receive the network equipment information being connected with the base station that the base station is sent, the network device list is safeguarded according to preset rules, second processor 610 is used for the network equipment information reported by OM channel receptions from base station.The network equipment information that base station is reported, can be the network equipment information of base station connection failure or the network equipment information of successful connection.Wherein network equipment information should include the identification information of the network equipment.The identification information is required to identify the identity of the network equipment, the identification information can be the network equipment IP address or it is other can uniquely distinguish the information of the network equipment identity, such as the title of the network equipment.

Alternatively, second processor 610 can safeguard the network device list to safeguard the network device list after often receiving the network equipment information being successfully connected that a base station is sent after can also receiving the network equipment information being successfully connected that multiple base stations are sent.

Alternatively, second processor 610 is used to safeguard the network device list, further, second processor 610 is used for the load of network equipment information according to acquisition, calculate the base station ratio of every network equipment connection, the ratio is the maximum load number of the network equipment of base station number/every of every network equipment connection.According to the result of calculation, the network equipment is ranked up according to preset rules, the low network equipment of the ratio is come before the high network equipment of the ratio, the preset rules can refer to the description in S120.Net First management equipment is ranked up according to preset rules to the network equipment, and identifies the identification information of each network equipment, and the identification information can refer to the description in S 120.

Second transmitter 620, for sending network device list to base station；

Further, the network device list that the second transmitter 620 is sent, network equipment row can include the information of a network equipment, can also include the information of many network equipments；Can be the information comprising part or all existing network network equipments.

Second transmitter 620 is used to network device list is sent into base station by OM passages.

Alternatively, the second transmitter 620, is additionally operable to after network device list and the network equipment connection that base station is sent according to the second transmitter 620 are unsuccessful, re-issues new network equipment connection list.

Memory 630, network device list is formed for storing the maintenance of second processor 610.Alternatively, memory 630, can be used for storing preset network device list.Make base station according to network device list, the network equipment in connection list is attempted one by one, because the network equipment in list is ranked up according to the load capacity of each equipment, network element management device grasps the loading condition of each network equipment, could be when issuing network list, according to the loading condition of each network equipment, the network equipment in network device list is ranked up, each is realized and load balancing between the network equipment.Network element management device dynamically safeguards the network device list, maintains the load balancing subsequently connected behind other base stations between the network equipment by inquiring about the loading condition of the network equipment or receiving the network equipment information that base station the is sent and base station is connected.

What deserves to be explained is, the order of embodiment is intended merely to the convenience of description and used, and not as the foundation of odds pair between embodiment.

It is apparent to those skilled in the art that, for convenience and simplicity of description, the system of foregoing description, equipment, the specific work process of device and unit may be referred to the corresponding process in preceding method embodiment, will not be repeated here.

The description of embodiment more than, it is apparent to those skilled in the art that the present invention can add the mode of required general hardware platform to realize by software, can certainly the former be more preferably embodiment by hardware, but in many cases.Understood based on such, the part that technical scheme substantially contributes to prior art in other words can be embodied in the form of software product, the computer software product is stored in a storage medium, including some instructions with so as to a computer equipment（Can be personal computer, server, or network equipment etc.）Perform all or part of step of each embodiment methods described of the invention.And foregoing storage medium includes：USB flash disk, mobile hard disk, Read-only storage（ROM), random access memory（RAM), magnetic disc or CD etc. are various can be with the medium of store program codes.

In several embodiments provided herein, it should be understood that disclosed apparatus and method, it is being not above in scope of the present application, can realizing in other way.For example, device embodiment described above is only schematical, for example, the division of the device or unit, it is only a kind of division of logic function, there can be other dividing mode when actually realizing, such as multiple units or component can combine or be desirably integrated into another system, or some features can be ignored, or do not perform.Wherein shown part can be or may not be physical location, you can with positioned at a place, or can also be distributed on multiple NEs.Some or all of device therein can be selected to realize the purpose of this embodiment scheme according to the actual needs.Those of ordinary skill in the art are without creative efforts, you can to understand and implement.

In addition, the schematic diagram of described apparatus and method and non-be the same as Example, in without departing from scope of the present application, can be combined or integrated with other systems, device, techniques or methods.Another, it, by some interfaces, the INDIRECT COUPLING or communication connection of device or unit, can be electronics, machinery or other forms that shown or discussed coupling or direct-coupling or communication connection each other, which can be,.

It is described above; only embodiment of the invention, but protection scope of the present invention is not limited thereto, any one skilled in the art the invention discloses technical scope in; change or replacement can be readily occurred in, should be all included within the scope of the present invention.Therefore, protection scope of the present invention described should be defined by scope of the claims.

Claims (33)

1. Claim

   1. a kind of method of network equipment, it is characterised in that including：

   The interface channel with network element management device is set up in base station；

   The base station receives the network equipment row that the network element management device is sent by the interface channel

   The network equipment that is linked in sequence of equipment identification information.

   2. the method according to the claim 1, it is characterised in that the preset rules are the loading condition according to the network equipment, the corresponding network device identity information of the network equipment is arranged according to by the order of low-load to high capacity.

   3. method according to claim 1 or 2, it is characterised in that the network device list is by including： " "

   The loading condition of the network element management device periodic queries network equipment；

   The loading condition for the network equipment that the network element management device is inquired according to, the network device identity information of the network equipment is ranked up according to the preset rules, the network device list is periodically safeguarded according to the preset rules.

   4. method according to claim 1 or 2, it is characterised in that the network device list is by including： " " '

   The preset network device list in the network element management device；

   The base station sends the network equipment information being connected with the base station to the network element management device, the network equipment information that the network element management device is sent according to the base station, the preset network device list is safeguarded according to the preset rules.

   5. the method according to any one of Claims 1-4, it is characterised in that the base station connects the network equipment according to sequence to be included：

   The network device identity information that the order of base station network device identity information as described in the network list is attempted to connect one by one in the network device list connects the base station behind the network equipment, the base station and the network equipment successful connection to described in and ceases attempt to connection；Or The base station attempt in the connection network device list the corresponding network equipment of the first network device identity information, behind the base station and the corresponding network equipment connection failure of the first network device identity information, the base station reports connection failure information to the network element management device, the network element management device resends new network device list to the base station, and the new network device list that the base station is resend according to the network element management device is attached the network equipment again.

   6. the method according to claim 1,2,4 and 5, it is characterized in that, behind the base station and the network equipment successful connection, the base station sends the network equipment information of the successful connection to the network element management device, so as to the network equipment information for the successful connection that the network element management device is sent according to the base station, the network device list is safeguarded according to the preset rules.

   7. a kind of method of network equipment, it is characterised in that including：

   Interface channel is set up in network element management device and base station；

   The network element management device safeguards network device list, and the network device list includes the network device identity information being ranked up according to preset rules；

   The network element management device sends the be linked in sequence network equipment of the network device list to the base network equipment identification information by the interface channel.

   8. method according to claim 7, it is characterised in that the preset rules are the loading condition according to the network equipment, the corresponding network device identity information of the network equipment is arranged according to by the order of low-load to high capacity.

   9. the method according to claim 7 or 8, it is characterised in that the network device list is by including： " " '

   The loading condition of the network element management device periodic queries network equipment；

   The loading condition for the network equipment that the network element management device is inquired according to, the network device identity information of the network equipment is ranked up according to the preset rules, the network device list is periodically safeguarded according to the preset rules.

   10. the method according to claim 7 or 8, it is characterised in that the network device list is by including： " "

   The preset network device list in the network element management device；

   The network element management device receives the network being connected with the base station that the base station is sent Facility information, the network equipment information that the network element management device is sent according to the base station safeguards the preset network device list according to the preset rules.

   11. the method according to any one of claim 7 to 10, it is characterised in that described to include so as to the network equipment that is linked in sequence of identification information：

   Connection is ceased attempt to so that the network device identity information that the order of base station network device identity information as described in the network list is attempted to connect one by one in the network device list connects the base station behind the network equipment, the base station and the network equipment successful connection to described in；Or

   So that the corresponding network equipment of the first network device identity information is attempted in the connection network device list in the base station, behind the base station and the corresponding network equipment connection failure of the first network device identity information, the base station reports connection failure information to the network element management device, the network element management device resends new network device list to the base station, and the new network device list that the base station is resend according to the network element management device is attached the network equipment again.

   12. a kind of base station, it is characterised in that the base station includes：

   Communication module, for setting up interface channel with network element management device；

   Receiving module, the network for receiving the network element management device transmission by the interface channel sets breath；' network device identity information the network equipment that is linked in sequence.

   13. base station according to claim 12, it is characterised in that the preset rules are the loading condition according to the network equipment, the corresponding network device identity information of the network equipment is arranged according to by the order of low-load to high capacity.

   14. the base station according to claim 12 or 13, it is characterised in that the network device list includes：

   The loading condition of the network element management device periodic queries network equipment；

   The loading condition for the network equipment that the network element management device is inquired according to, the network device identity information of the network equipment is ranked up according to the preset rules, the network device list is periodically safeguarded according to the preset rules.

   15. the base station according to claim 12 or 13, it is characterised in that the base station also includes： First sending module, for send successful connection the network equipment identification information to network element management device.

   16. base station according to claim 15, it is characterised in that the network equipment information that the network device list is obtained by the network element management device according to the network element management device safeguarded, including：

   The preset network device list in the network element management device；

   First sending module sends the network equipment information being connected with the base station to the network element management device, the network equipment information that the network element management device is sent according to first sending module, the preset network device list is safeguarded according to the preset rules.

   17. the method according to any one of claim 12 to 16, it is characterised in that the link block is further used for：

   The network device identity information that the order of link block network device identity information as described in the network list is attempted to connect one by one in the network device list connects the link block after the network equipment, the link block and the network equipment successful connection to described in and ceases attempt to connection；Or

   The link block attempts in the connection network device list the corresponding network equipment of the first network device identity information, after the link block and the corresponding network equipment connection failure of the first network device identity information, the sending module reports connection failure information to the network element management device, the network element management device resends new network device list to the receiving module, and the new network device list that the link block is resend according to the network element management device is attached the network equipment again.

   18. a kind of network element management device, it is characterised in that including：

   Communication module, for setting up interface channel with base station；

   Processing module, for safeguarding network device list, the network device list includes the network device identity information being ranked up according to preset rules；

   Second sending module, for sending the be linked in sequence network equipment of the network device list to the base network equipment identification information by the interface channel；

   Memory module, for storing the network device list that the processing module is safeguarded.

   19. network element management device according to claim 18, it is characterised in that the preset rules are the loading condition according to the network equipment, sets according to the network is arranged by the order of low-load to high capacity The standby corresponding network device identity information.

   20. the network element management device according to claim 18 or 19, it is characterised in that the processing module is further used for, the network equipment information obtained according to the processing module safeguards the network device list, including：

   The loading condition of the processing module periodic queries network equipment；

   The network device identity information of the network equipment, is ranked up, the network device list is periodically safeguarded according to the preset rules by the loading condition for the network equipment that the processing module is inquired according to according to the preset rules.

   21. the network element management device according to claim 18 or 19, the processing module is further used for, the network equipment information obtained according to the processing module safeguards the network device list, including：The preset network device list in the network element management device；

   The processing module receives the network equipment information being connected with the base station sent from the base station, the network equipment information that the processing module is sent according to the base station, the preset network device list is safeguarded according to the preset rules.

   22. the network element management device according to any one of claim 18 to 21, it is characterised in that the network equipment that is linked in sequence of institute's network equipment identification information includes：

   Connection is ceased attempt to so that the network device identity information that the order of base station network device identity information as described in the network list is attempted to connect one by one in the network device list connects the base station behind the network equipment, the base station and the network equipment successful connection to described in；Or

   So that the corresponding network equipment of the first network device identity information is attempted in the connection network device list in the base station, behind the base station and the corresponding network equipment connection failure of the first network device identity information, the base station reports connection failure information to the network element management device, the network element management device resends new network device list to the base station, and the new network device list that the base station is resend according to the network element management device is attached the network equipment again.

   23. a kind of base station, it is characterised in that the base station includes：First processor, receiver；The first processor, for setting up interface channel with network element management device, is additionally operable to according to network network equipment identification information；The network equipment that is linked in sequence of network equipment identification information.

   24. base station according to claim 23, it is characterised in that the preset rules are the loading condition according to the network equipment, the corresponding network device identity information of the network equipment is arranged according to by the order of low-load to high capacity.

   25. the base station according to claim 23 or 24, it is characterised in that the network device list includes：

   The loading condition of the network element management device periodic queries network equipment；

   The loading condition for the network equipment that the network element management device is inquired according to, the network device identity information of the network equipment is ranked up according to the preset rules, the network device list is periodically safeguarded according to the preset rules.

   26. the base station according to claim 23 or 24, it is characterised in that the base station also includes：First transmitter, for send successful connection the network equipment identification information to network element management device.

   27. base station according to claim 26, it is characterised in that the network equipment information that the network device list is obtained by the network element management device according to the network element management device safeguarded, including：

   The preset network device list in the network element management device；

   First transmitter sends the network equipment information being connected with the base station to the network element management device, the network equipment information that the network element management device is sent according to first transmitter, the preset network device list is safeguarded according to the preset rules.

   28. the base station according to any one of claim 23 to 27, it is characterised in that the first processor is further used for：

   The network device identity information that the order of first processor network device identity information as described in the network list is attempted to connect one by one in the network device list connects the first processor after the network equipment, the first processor and the network equipment successful connection to described in and ceases attempt to connection；Or

   The first processor attempts in the connection network device list the corresponding network equipment of the first network device identity information, after the first processor and the corresponding network equipment connection failure of the first network device identity information, the transmitter reports connection failure information to the network element management device, the network element management device resends new network device list to the receiver, and the new network device list that the first processor is resend according to the network element management device is again It is attached the network equipment.

   29. a kind of network element management device, it is characterised in that including：

   Second processor, for setting up interface channel with base station, is additionally operable to safeguard network device list, the second transmitter, for sending the be linked in sequence network equipment of the network device list to the base network equipment identification information by the interface channel；

   Memory, for storing the network device list that the second processor is safeguarded.

   30. network element management device according to claim 29, it is characterised in that the preset rules are the loading condition according to the network equipment, the corresponding network device identity information of the network equipment is arranged according to by the order of low-load to high capacity.

   31. the network element management device according to claim 29 or 30, it is characterised in that the second processor is further used for, the network equipment information obtained according to the second processor safeguards the network device list, including：

   The loading condition of the second processor periodic queries network equipment；

   The loading condition for the network equipment that the second processor is inquired according to, the network device identity information of the network equipment is ranked up according to the preset rules, the network device list is periodically safeguarded according to the preset rules.

   32. the network element management device according to claim 29 or 30, the second processor is further used for, the network equipment information obtained according to the second processor safeguards the network device list, including：

   The preset network device list in the network element management device；

   The second processor receives the network equipment information being connected with the base station sent from the base station, the network equipment information that the second processor is sent according to the base station, the preset network device list is safeguarded according to the preset rules.

   33. the network element management device according to any one of claim 29 to 32, it is characterised in that the network equipment that is linked in sequence of institute's network equipment identification information includes：

   Connection is ceased attempt to so that the network device identity information that the order of base station network device identity information as described in the network list is attempted to connect one by one in the network device list connects the base station behind the network equipment, the base station and the network equipment successful connection to described in；Or So that the corresponding network equipment of the first network device identity information is attempted in the connection network device list in the base station, behind the base station and the corresponding network equipment connection failure of the first network device identity information, the base station reports connection failure information to the network element management device, the network element management device resends new network device list to the base station, and the new network device list that the base station is resend according to the network element management device is attached the network equipment again.