WO2010075738A1 - Method and system for managing multi-mode network element, and multi-mode network element - Google Patents

Method and system for managing multi-mode network element, and multi-mode network element Download PDF

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Publication number
WO2010075738A1
WO2010075738A1 PCT/CN2009/075746 CN2009075746W WO2010075738A1 WO 2010075738 A1 WO2010075738 A1 WO 2010075738A1 CN 2009075746 W CN2009075746 W CN 2009075746W WO 2010075738 A1 WO2010075738 A1 WO 2010075738A1
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Prior art keywords
network element
maintenance
connection
instruction
multimode
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PCT/CN2009/075746
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French (fr)
Chinese (zh)
Inventor
廖胜天
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华为技术有限公司
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Publication of WO2010075738A1 publication Critical patent/WO2010075738A1/en

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    • HELECTRICITY
    • H04ELECTRIC COMMUNICATION TECHNIQUE
    • H04WWIRELESS COMMUNICATION NETWORKS
    • H04W24/00Supervisory, monitoring or testing arrangements

Definitions

  • the present invention relates to the field of communications, and in particular, to a method, system, and multimode network element for managing multimode network elements. Background technique
  • a base station can support multiple different technologies (standards), and different systems can share devices, share transmissions, and share radio frequency units.
  • an integrated multimode base station can support both UTMS, GSM, CDMA, and the like.
  • NMS or a local maintenance terminal performs operation and maintenance on an integrated multimode base station, only one operation and maintenance (0M) connection needs to be established with the multimode base station, and different standards can be maintained.
  • an embodiment of the present invention provides a method for managing a multimode network element, where the multimode network element supports multiple communication systems.
  • the method includes: receiving, by the management network element, an instruction sent by the operation and maintenance connection established between the management network element and the multimode network element, where the instruction indicates to perform maintenance management on the multimode network element, where the instruction includes a non-common operation maintenance instruction; determining, according to the set connection attribute, a system corresponding to the non-common operation maintenance instruction; The maintenance instruction performs corresponding operation and maintenance on the corresponding system.
  • an embodiment of the present invention further provides a multimode network element supporting multiple communication systems.
  • the multimode network element includes: an instruction receiving unit: configured to receive, by the management network element, an instruction sent by using an operation and maintenance connection established between the management network element and the multimode network element, where the instruction indicates to the multimode network Performing maintenance management, the instruction includes a non-common operation and maintenance instruction; determining unit: configured to determine a system corresponding to the non-common operation and maintenance instruction according to the set connection attribute; and an execution unit, configured to execute the instruction according to the non-common operation Perform operation and maintenance on the corresponding system.
  • the embodiment of the present invention further provides a system, where the system includes any multimode network element and management network element provided by the present invention, where the management network element is configured to send an indication to the multimode network element. An instruction to perform maintenance management on the multimode network element.
  • the embodiment of the present invention further provides a management network element, including: a sending unit, configured to send, by using an operation and maintenance connection with the multimode network element, a command to the multimode network element, indicating to the multimode network And performing maintenance management, the instruction includes a non-common operation and maintenance instruction, and a setting unit, configured to set a connection attribute of the operation and maintenance connection between the management network element and the multimode network element.
  • a management network element including: a sending unit, configured to send, by using an operation and maintenance connection with the multimode network element, a command to the multimode network element, indicating to the multimode network
  • the instruction includes a non-common operation and maintenance instruction
  • a setting unit configured to set a connection attribute of the operation and maintenance connection between the management network element and the multimode network element.
  • DRAWINGS 1 is a schematic flowchart of a method for managing a multimode network element according to an embodiment of the present invention
  • FIG. 2 is a schematic flowchart of a method for managing a multimode network element according to another embodiment of the present invention
  • FIG. 4 is a schematic structural view of an embodiment of a system of the present invention.
  • FIG. 5 is a schematic structural diagram of a multimode network element in the system embodiment shown in FIG.
  • the connection attribute of the connection between the management network element and the multi-mode network element is maintained, and the connection attribute includes the current system information corresponding to the operation and maintenance connection, thereby enabling the multi-mode network element.
  • the connection attribute of the operation and maintenance connection When receiving the operation and maintenance instruction sent by the management network element, according to the connection attribute of the operation and maintenance connection, the corresponding operation and maintenance are performed on the corresponding system, so that only the operation and maintenance connection attribute needs to be maintained, and the operation and maintenance instruction is not required to be modified. Can operate and maintain different systems. That is, the solution of the embodiment of the present invention can share the same operation and maintenance instruction in different modes, thereby reducing the maintenance complexity.
  • the single-mode network element does not need to modify a large number of instructions when evolving into a multi-mode network element. It can effectively improve the operation and maintenance efficiency and reduce the operation and maintenance costs.
  • the receiving management network element maintains an instruction sent by the operation established between the management network element and the multi-mode network element, and the instruction indication Performing maintenance management on the multi-mode network element, the instruction includes a non-common operation and maintenance instruction; determining a system corresponding to the non-common operation and maintenance instruction according to the set connection attribute; performing the corresponding system according to the non-common operation and maintenance instruction The corresponding operation and maintenance.
  • the invention provides a method for supporting multiple communication systems, including: an instruction receiving unit: An instruction for receiving, by the management network element, an operation and maintenance connection established between the management network element and the multimode network element, the instruction instructing maintenance management on the multimode network element, where the instruction includes a non-public operation maintenance instruction a determining unit: configured to determine a system corresponding to the non-common operation and maintenance instruction according to the set connection property; and an executing unit, configured to perform operation and maintenance on the corresponding system according to the non-common operation and maintenance instruction.
  • FIG. 1 is a schematic flowchart of a method for managing a multi-mode network element according to an embodiment of the present invention, including: 100. Receive an operation and maintenance instruction sent by a management network element.
  • the management network element when the management network element performs operation and maintenance on the multi-mode network element, it is required to establish an operation and maintenance connection with the multi-mode network element. That is to say, the management network element needs to operate and maintain the multi-mode network element, which is based on the premise that the operation and maintenance connection is established between the management network element and the multi-mode network element.
  • the embodiment of the present invention does not limit it. For example, it can be temporarily established when the management network member needs to perform operation and maintenance on a multi-mode network element; it can also be established between the management network element and the multi-mode network element in advance. After the operation and maintenance connection is established, the management network element sends an operation and maintenance instruction to the multimode network element through the operation and maintenance connection.
  • the multimode network element may be an integrated multimode base station.
  • the operation and maintenance instruction is a non-public operation maintenance instruction
  • operation and maintenance instructions in the embodiments of the present invention include common operation and maintenance instructions and non-common operation and maintenance instructions, which are generally single instructions.
  • common operation maintenance instruction and the non-public operation maintenance instruction can be distinguished by the command name.
  • the multimode network element When the received public operation maintenance instruction, the multimode network element transmits the common operation maintenance instruction to the common instruction processing unit in the multimode network element for execution.
  • common operational maintenance instructions include: The system setting command SET RAT is used to set the current system corresponding to the operation and maintenance connection; the system query command: GET RAT is used to query the current system corresponding to the operation and maintenance connection.
  • the multimode network element Since the SET RAT is a common instruction, the multimode network element transmits the received instruction to the common instruction processing unit, and the common instruction processing unit And setting, according to the instruction, a current system corresponding to an operation and maintenance connection between the management network element and the multimode network element as a UTMS.
  • connection attribute includes current system information corresponding to the operation and maintenance connection, and the current system information is used to indicate a current system corresponding to the operation and maintenance instruction.
  • the multimode network element may obtain current system information in the connection attribute of the operation and maintenance connection, and determine, according to the current system information, a system for the operation maintenance of the received non-common operation and maintenance instruction.
  • the current system corresponding to the operation and maintenance connection between the management network element and the multimode network element may be set by the management network element when the operation and maintenance connection is established; or may be configured by the multimode network element by default.
  • the management network element can change the current system corresponding to the operation maintenance connection according to the needs of different system maintenance.
  • the system includes communication systems such as UTMS, LTE, and GSM.
  • the multimode network element obtains the current system information corresponding to the operation and maintenance connection as the UMTS system, and then confirms that the operation and maintenance system corresponding to the ADD CELL command is the UMTS system according to the current system corresponding to the operation and maintenance connection.
  • the current system corresponding to the operation and maintenance connection between the multimode network element and the management network element is the UMTS system
  • the command received by the multimode network element from the operation and maintenance connection A is ADD CELL
  • the UMTS system executes the ADD CELL instruction.
  • the SET RAT command is used to set the current system corresponding to the operation and maintenance connection to the LTE system. Then, if the multimode network element receives the ADD CELL command through the operation and maintenance connection, the multimode network element executes the ADD CELL instruction on the LTE system.
  • FIG. 2 is a schematic flowchart of a method for managing a multimode network element according to another embodiment of the present invention, including:
  • the management network element establishes an operation and maintenance connection with the multimode network element.
  • a multi-mode network element is used as an integrated multi-mode base station as an example for description.
  • the multimode network element of the present invention is not limited to an integrated multimode base station, and may be other network elements or network devices similar to an integrated multimode base station.
  • the integrated multi-mode base station supports both UTMS and LTE.
  • the management network element needs to operate and maintain a certain type of integrated multi-mode base station, it is necessary to establish an operation and maintenance connection with the integrated multi-mode base station.
  • the management network element sets a current system corresponding to the operation and maintenance connection.
  • the current system corresponding to the set operation and maintenance connection may be represented as an attribute of the operation and maintenance connection.
  • the current mode of the operation maintenance connection may be configured by the multimode network element by default.
  • the default value of the integrated multimode base station can be set to the UTMS standard, that is, when the management network element does not set the current system corresponding to the operation and maintenance connection between the integrated multimode base station, the integrated multimode base station defaults the operation.
  • the current system corresponding to the maintenance connection is the UTMS system.
  • the multi-mode network element may save the management information or the system information corresponding to the operation and maintenance connection when the management terminal is logged in.
  • the management account or the management terminal logs in again, the current system information corresponding to the operation and maintenance connection is saved.
  • the default is the standard information corresponding to the previous login.
  • the system information corresponding to the operation and maintenance connection is LTE.
  • the multimode network element determines the management network according to the related information of the saved management account A.
  • the current system corresponding to the operation and maintenance connection of the multi-mode network element is LTE.
  • set the default management system for the administrative account when establishing an administrative account then manage the account
  • the corresponding system for the operation and maintenance connection after the user logs in is the default management system of the management account.
  • the multimode network element receives an operation and maintenance instruction sent by the management network element.
  • the type of the operation and maintenance instruction is substantially the same as that in the above embodiment, and is not described here.
  • the multimode network element obtains corresponding current system information from the connection attribute of the operation and maintenance connection.
  • the received operation and maintenance instruction is a common operation maintenance instruction, transmitting the common operation maintenance instruction to a common instruction processing unit; if the received operation maintenance instruction is not a common operation maintenance instruction, maintaining a connection according to the operation
  • Corresponding current system determines a system of operation and maintenance corresponding to the operation and maintenance instruction, and performs operation and maintenance on the corresponding system according to the operation and maintenance instruction.
  • an operation and maintenance connection is established between the management network element and the multimode network element, where the current mode of operation and maintenance connection is LTE, and when the multimode network element receives a common operation and maintenance instruction such as GET RAT, the GET is The RAT instruction is transmitted to a common instruction processing unit of the multimode network element for execution.
  • a common operation and maintenance instruction such as GET RAT
  • the instruction received by the multimode network element from the operation and maintenance connection is a non-common operation maintenance instruction, such as ADD CELL
  • the current system corresponding to the operation and maintenance connection is LTE
  • the operation and maintenance corresponding to the received operation and maintenance instruction ADD CELL may be determined.
  • the system is LTE, and the operation and maintenance of ADD CELL is performed on the LTE system.
  • the current mode information corresponding to the operation and maintenance connection may be acquired after the multimode network element receives the non-common operation and maintenance instruction, and the non-public is determined according to the current system information.
  • the system corresponding to the operation and maintenance instruction is operated, and the corresponding system is operated and maintained according to the instruction.
  • the embodiment of the invention can also perform operation and maintenance on multiple systems through batch operation and maintenance instructions, thereby further improving operation and maintenance efficiency and simplicity of managing multi-mode network elements.
  • FIG. 3 is a schematic flowchart of a method for managing a multimode network element according to another embodiment of the present invention. As shown in Figure 3, it includes:
  • the multimode network element establishes a batch connection within it and receives a batch operation maintenance instruction.
  • the management network element sends a batch operation maintenance instruction to the multimode network element through operation and maintenance connection with the multimode network element, the multimode network element establishes a batch processing connection therein.
  • the batch connection can be a logical connection or a physical connection.
  • the batch connection attribute at the beginning of the batch connection may be consistent with the connection attribute of the operation and maintenance connection.
  • the batch connection attribute includes current connection system information, and the current connection system information is used to indicate a non-common operation and maintenance instruction in the batch operation maintenance instruction corresponding to the operation and maintenance system.
  • the current connection system in the batch connection attribute is initially consistent with the current system in the operation and maintenance connection attribute.
  • an integrated multimode base station establishes an operation and maintenance connection A between the management network element and the management network element.
  • the integrated multimode base station receives the batch operation and maintenance instruction through the operation and maintenance connection A
  • the integrated multimode base station establishes a batch process therein.
  • Connect to C The batch connection C can receive a batch operation maintenance instruction through the operation and maintenance connection A. If the current system corresponding to the operation and maintenance connection A is LTE, the current connection system at the initial time of the batch connection is LTE.
  • the batch operation maintenance instruction includes one or more public and/or Non-public operation maintenance instructions.
  • the common operation maintenance instruction is transmitted to a common instruction processing unit in the multimode network element for execution.
  • common operational maintenance instructions include: the system setup command SET RAT and the system query command GET RA.
  • system setting instruction in the batch operation maintenance instruction can set only the current connection system of the batch connection, and does not set the current system corresponding to the operation and maintenance connection.
  • system query instruction in the batch instruction can only query the information of the current connection system of the batch connection.
  • an integrated operation and maintenance connection A is established between the integrated multimode base station and the management network element, and the current system of operation and maintenance connection A is LTE.
  • the integrated multi-mode base station will establish a batch connection C therein, and the current connection system information of the initial connection C and the current system information of the operation and maintenance connection A are LTE.
  • the multimode network element determines, according to the current connection system information in the batch connection attribute, the operation and maintenance system corresponding to the non-common operation and maintenance instruction in the batch operation maintenance instruction, and then according to the The operation and maintenance instruction operates and maintains a system corresponding to the current connection system of the batch connection in the multimode network element.
  • the integrated multimode base station establishes an operation and maintenance connection A with the management network element, and the current system for operating and maintaining the connection A is the LTE standard.
  • the integrated multimode base station receives the batch operation and maintenance instruction from the operation and maintenance connection A: ADD CELL 1 ; ADD CELL2, the integrated multimode base station will establish a batch connection C therein for receiving batch operation maintenance instructions from the operation and maintenance connection A.
  • the initial batch connection attribute of the batch connection C is the same as the connection attribute of the operation and maintenance connection A. That is, the initial current connection system of the batch connection C is the same as the current system corresponding to the operation and maintenance connection A, which is LTE.
  • the batch operation maintenance instruction can be determined: ADD CELL1; ADD CELL2 corresponds to the LTE system for operation and maintenance, and the integrated multi-mode base station is based on the above-mentioned batch operation and maintenance instruction for LTE system. Perform ADD CELL 1; ADD CELL2 operation and maintenance.
  • the received batch operation maintenance instruction is:
  • the current connection system of the operation and maintenance connection C is LTE
  • the ADD CELL1 operation is performed on the LTE system
  • the current connection system of the operation and maintenance connection C is set.
  • UTMS the corresponding implementation of ADD CELL2 is UTMS.
  • FIG. 4 is a schematic structural view of an embodiment of a system of the present invention. As shown in FIG. 4, the method includes: a management network element 1 and a multimode network element 2.
  • the management network element 1 is configured to send an operation and maintenance instruction or a batch connection operation maintenance instruction by using an operation and maintenance connection established between the multimode network element 2 to operate the system included in the multimode network element. Maintenance.
  • the multimode network element 2 is configured to receive an operation and maintenance instruction sent by the management network element 1, and perform operation and maintenance on a system corresponding to the operation and maintenance connection in the multimode network element according to the operation and maintenance instruction;
  • the multimode network element 2 is configured to receive a batch connection operation maintenance instruction sent by the management network element 1, and establish a batch processing connection in the multimode network element 2, and maintain a command pair according to the batch operation operation.
  • the system corresponding to the batch connection in the multimode network element is operated and maintained.
  • management network element 1 can include:
  • the sending unit 11 is configured to send an operation and maintenance instruction by using an operation and maintenance connection established with the multimode network element;
  • the setting unit 12 is configured to set a current system corresponding to the operation and maintenance connection between the multimode network elements.
  • the management network element 1 may further include:
  • the query unit 13 is configured to query current system information of the operation and maintenance connection.
  • the multimode network element 2 can include:
  • the receiving unit 21 is configured to receive an operation and maintenance instruction sent by the management network element.
  • a determining unit 22 configured to determine, according to a connection attribute of an operation and maintenance connection between the management network element and the multimode network element, a system corresponding to the non-public operation maintenance instruction, when the operation and maintenance instruction is a non-common operation maintenance instruction;
  • the system instruction processing unit 23 is configured to perform operation and maintenance on the corresponding system according to the non-common operation and maintenance instruction.
  • multimode network element 2 may include:
  • the receiving unit 21 is configured to receive a batch operation maintenance instruction sent by the management network element, and establish a batch connection in the multimode network element.
  • a batch operation maintenance instruction sent by the management network element, and establish a batch connection in the multimode network element.
  • establishing a batch connection within a multimode network element can also be established by other units, modules, or other devices.
  • the initial connection attribute of the batch connection and the management network element and the multimode network element are the same.
  • a determining unit 22 configured to determine, according to the connection attribute of the batch connection, a system corresponding to the non-public operation maintenance instruction in the batch operation maintenance instruction;
  • the system instruction processing unit 23 is configured to perform operation and maintenance on the corresponding system according to the non-common operation and maintenance instruction in the batch operation maintenance instruction.
  • the batch connection can be a logical connection or a physical connection.
  • a batch connection may be provided between the receiving unit 21 and the determining unit 22, and the determining unit 22 receives the batch operation maintenance instruction through a batch connection.
  • the current standard of the connection between the management network element and the multi-mode network element is maintained (in other words, by setting between the management network element and the multi-mode network element)
  • the operation and maintenance connection connection attribute, the connection attribute includes the corresponding current system information, so that when the multimode network element receives the operation and maintenance instruction sent by the management network element through the operation and maintenance connection, the operation and maintenance instruction is only required to be maintained according to the operation.
  • the instruction performs corresponding operation and maintenance on the system corresponding to the current system in the multimode network element, so that different systems on the multimode network element can share the same operation and maintenance instruction, and do not need to be separately established for each system.
  • Operation and maintenance instructions reduce maintenance costs and reduce the complexity of maintaining single-mode and multi-mode network elements at the same time.
  • single-mode network elements are evolved into multi-mode network elements, there is no need to modify a large number of instructions. , effectively improve the efficiency of operation and maintenance.
  • the multimode network element 2 may further include:
  • the common instruction processing unit 24 is configured to execute a common operation maintenance instruction.
  • the common operation and maintenance instruction received by the multimode network element is a common operation maintenance order or the received batch operation command includes a common operation and maintenance instruction
  • the common operation and maintenance instruction is processed and executed by the common instruction processing unit 24.
  • the determining unit 22 may specifically include:
  • the obtaining unit 221 is configured to obtain current system information in the connection attribute of the operation and maintenance connection between the management network element and the multimode network element.
  • the determining module 222 is configured to determine, according to the current system information, a system corresponding to the non-common operation maintenance instruction.
  • the common instruction processing unit 24 is configured to execute a common operation maintenance instruction in the batch operation maintenance instruction.
  • the determining unit 22 may specifically include:
  • the obtaining unit 221 is configured to obtain current connection system information in the batch connection attribute when receiving a batch operation maintenance instruction.
  • the determining module 222 is configured to determine, according to the current connection system information of the batch connection, a system corresponding to the non-common operation maintenance instruction in the batch operation maintenance instruction.
  • the current system corresponding to the operation and maintenance connection between the management network element and the multi-mode network element is set (in other words, by setting the operation and maintenance connection between the management network element and the multi-mode network element) a connection attribute, where the connection attribute includes the corresponding current system information, so that when the multimode network element receives the operation and maintenance instruction sent by the management network element through the operation and maintenance connection, the multimode is only required according to the operation and maintenance instruction.
  • the system corresponding to the current system set in the network element performs corresponding operation and maintenance, so that different systems on the multimode network element can share the same operation and maintenance instruction, and it is not necessary to separately set up operation and maintenance instructions for each system.
  • the single-mode network element does not need to be modified by a large number of instructions when it evolves into a multi-mode network element, thereby effectively improving the efficiency of operation and maintenance.
  • the batch operation operation and maintenance instruction can also perform operation and maintenance on multiple systems at the same time, further improving the operation and maintenance efficiency and improving the convenience of managing the multimode network element.
  • the embodiment of the present invention further provides a multi-mode network element.
  • the structure and function of the multi-mode network element are substantially the same as those of the multi-mode network element in the embodiment shown in FIG. 4, and are not described in detail herein.
  • the embodiment of the present invention further provides a management network element, and the structure and function of the management network element are substantially the same as those of the management network element in the embodiment shown in FIG. 4, and details are not described herein.
  • General skill in the art A person may understand that all or part of the processes in the foregoing embodiment are implemented, and may be completed by a computer program to instruct related hardware, and the program may be stored in a computer readable storage medium, and when executed, the program may be executed. The flow of an embodiment of the methods as described above is included.
  • the storage medium may be a magnetic disk, an optical disk, a read-only memory (ROM), or a random access memory (RAM).

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Abstract

The embodiments of the present invention disclose a method and a system for managing the multi-mode network element, a management network element and a multi-mode network element. A embodiment of the method includes: receiving the operation and maintenance instruction sent by the management network element; when the operation and maintenance instruction is a non-common operation and maintenance instruction, determining the mode corresponding to the non-common operation and maintenance instruction according to the connection attribute of the operation and maintenance connection between the management network element and the multi-mode network element; performing the operation and maintenance to the corresponding mode according to the non-common operation and maintenance instruction. By applying the solutions of the embodiments of the present invention, the various modes in the multi-mode network element are enable to share the same operation and maintenance instruction, the complexity of the operation and maintenance is reduced, and the cost of the operation and maintenance is reduced.

Description

一种管理多模网元的方法、 系统及多模网元  Method, system and multi-mode network element for managing multi-mode network element
本申请要求于 2 0 08 年 1 2 月 3 1 日提交中国专利局、 申请号为 200810220775. 4、 发明名称为 "一种管理多模网元的方法、 系统及一种多 模网元"的中国专利申请的优先权,其全部内容通过引用结合在本申请中。 技术领域  This application is required to be submitted to the Chinese Patent Office on December 31, 2008, and the application number is 200810220775. 4. The invention is entitled "A Method, System and Multimode Network Element for Managing Multimode Network Elements". The priority of the Chinese Patent Application, the entire contents of which is incorporated herein by reference. Technical field
本发明涉及通信领域, 尤其涉及一种管理多模网元的方法、 系统及多 模网元。 背景技术  The present invention relates to the field of communications, and in particular, to a method, system, and multimode network element for managing multimode network elements. Background technique
随着无线通线技术发展的突飞猛进, 一个基站可以支持多个不同的技 术(制式) , 不同制式可以共享设备、 共享传输, 共享射频单元。 例如, 一体化多模基站可同时支持 UTMS、 GSM, CDMA等制式。 现有技术中, 某一 网管或本地维护终端对一体化多模基站进行操作维护时, 只需要和该多模 基站建立一个操作维护 (0M )连接, 就可以维护不同的制式。 但现有技术 中, 由于网管或本地维护终端只有一个 0M连接, 因此需要通过指令的名 称来区分指令所属的制式, 即同一操作维护动作在操作时针对不同制式存 在不同的指令命称, 从而增加了操作维护的复杂性, 同时也加大了操作维 护的成本。 发明内容  With the rapid development of wireless communication technology, a base station can support multiple different technologies (standards), and different systems can share devices, share transmissions, and share radio frequency units. For example, an integrated multimode base station can support both UTMS, GSM, CDMA, and the like. In the prior art, when an NMS or a local maintenance terminal performs operation and maintenance on an integrated multimode base station, only one operation and maintenance (0M) connection needs to be established with the multimode base station, and different standards can be maintained. However, in the prior art, since the network management or the local maintenance terminal has only one 0M connection, it is necessary to distinguish the standard to which the instruction belongs by using the name of the instruction, that is, the same operation and maintenance action has different instruction orders for different systems during operation, thereby increasing The complexity of operation and maintenance, but also the cost of operation and maintenance. Summary of the invention
一方面, 本发明实施例提供了一种用以管理多模网元的方法, 其中的 多模网元支持多种通信制式。 该方法包括: 接收管理网元通过所述管理网 元与所述多模网元间建立的操作维护连接发送的指令, 所述指令指示对所 述多模网元进行维护管理, 所述指令包括非公共操作维护指令; 根据设置 的连接属性确定所述非公共操作维护指令对应的制式; 根据所述非公共操 作维护指令对所述对应的制式进行相应的操作维护。 另一方面, 本发明实施例还提供了一种支持多种通信制式的多模网 元。 该多模网元包括: 指令接收单元: 用于接收管理网元通过所述管理网 元与所述多模网元间建立的操作维护连接发送的指令, 所述指令指示对所 述多模网元进行维护管理,所述指令包括非公共操作维护指令;确定单元: 用于根据设置的连接属性确定所述非公共操作维护指令对应的制式; 执行 单元, 用于根据所述非公共操作维护指令对所述对应的制式进行操作维 护。 In one aspect, an embodiment of the present invention provides a method for managing a multimode network element, where the multimode network element supports multiple communication systems. The method includes: receiving, by the management network element, an instruction sent by the operation and maintenance connection established between the management network element and the multimode network element, where the instruction indicates to perform maintenance management on the multimode network element, where the instruction includes a non-common operation maintenance instruction; determining, according to the set connection attribute, a system corresponding to the non-common operation maintenance instruction; The maintenance instruction performs corresponding operation and maintenance on the corresponding system. On the other hand, an embodiment of the present invention further provides a multimode network element supporting multiple communication systems. The multimode network element includes: an instruction receiving unit: configured to receive, by the management network element, an instruction sent by using an operation and maintenance connection established between the management network element and the multimode network element, where the instruction indicates to the multimode network Performing maintenance management, the instruction includes a non-common operation and maintenance instruction; determining unit: configured to determine a system corresponding to the non-common operation and maintenance instruction according to the set connection attribute; and an execution unit, configured to execute the instruction according to the non-common operation Perform operation and maintenance on the corresponding system.
又一方面, 本发明实施例还提供了一种系统, 该系统包括本发明提供 的任一多模网元和管理网元, 其中, 该管理网元用于向所述多模网元发送 指示对该多模网元进行维护管理的指令。  In another aspect, the embodiment of the present invention further provides a system, where the system includes any multimode network element and management network element provided by the present invention, where the management network element is configured to send an indication to the multimode network element. An instruction to perform maintenance management on the multimode network element.
再一方面, 本发明实施例还提供了一种管理网元, 包括: 发送单元, 用于通过与多模网元间的操作维护连接发送指令给多模网元, 指示对所述 多模网元进行维护管理, 所述指令包括非公共操作维护指令; 设置单元, 用于设置所述管理网元与所述多模网元间的操作维护连接的连接属性。 本发明实施例根据操作维护连接的当前制式即可区分操作维护指令 对应的要进行的操作维护的制式, 而不需要修改操作维护指令名称来区分 对不同制式进行的操作维护, 即不同制式间可共享同样的操作维护指令, 减低了维护多模网元的复杂度。 此外, 也使得单模网元演进为多模网元时 不需要修改大量的指令, 既可提高操作维护的效率, 也降低了操作维护成 本。 附图说明 图 1是本发明一实施例中管理多模网元方法的流程示意图; 图 2是本发明另一实施例中管理多模网元方法的流程示意图; 图 3是本发明另一实施例中通过批处理操作维护指令管理多模网元方 法的流程示意图; In another aspect, the embodiment of the present invention further provides a management network element, including: a sending unit, configured to send, by using an operation and maintenance connection with the multimode network element, a command to the multimode network element, indicating to the multimode network And performing maintenance management, the instruction includes a non-common operation and maintenance instruction, and a setting unit, configured to set a connection attribute of the operation and maintenance connection between the management network element and the multimode network element. According to the current system of the operation and maintenance connection, the embodiment of the present invention can distinguish the operation and maintenance system corresponding to the operation and maintenance instruction, and does not need to modify the operation and maintenance instruction name to distinguish the operation and maintenance on different systems, that is, between different systems. Sharing the same operational maintenance instructions reduces the complexity of maintaining multimode network elements. In addition, the single-mode network element does not need to modify a large number of instructions when it evolves into a multi-mode network element, which not only improves the efficiency of operation and maintenance, but also reduces operation and maintenance costs. DRAWINGS 1 is a schematic flowchart of a method for managing a multimode network element according to an embodiment of the present invention; FIG. 2 is a schematic flowchart of a method for managing a multimode network element according to another embodiment of the present invention; Schematic diagram of a batch operation operation and maintenance instruction management multi-mode network element method;
图 4是本发明系统实施例的结构示意图;  4 is a schematic structural view of an embodiment of a system of the present invention;
图 5是图 4所示系统实施例中多模网元的结构示意图。 具体实施方式 本发明实施例中, 通过设置管理网元与多模网元之间的操作维护连接 的连接属性, 该连接属性包括该操作维护连接所对应的当前制式信息, 从 而使多模网元在接收到管理网元发送的操作维护指令时, 根据所述操作维 护连接的连接属性对相对应的制式进行相应的操作维护, 这样只需要通过 操作维护连接属性, 而不需要修改操作维护指令就能对不同制式进行操作 维护。 即通过本发明实施例的方案, 不同制式间可共享同样的操作维护指 令, 从而减低了维护复杂度; 此外, 也使得单模网元演进为多模网元时不 需要修改大量的指令, 既可有效提高操作维护效率, 也降低了操作维护成 本。  FIG. 5 is a schematic structural diagram of a multimode network element in the system embodiment shown in FIG. In the embodiment of the present invention, the connection attribute of the connection between the management network element and the multi-mode network element is maintained, and the connection attribute includes the current system information corresponding to the operation and maintenance connection, thereby enabling the multi-mode network element. When receiving the operation and maintenance instruction sent by the management network element, according to the connection attribute of the operation and maintenance connection, the corresponding operation and maintenance are performed on the corresponding system, so that only the operation and maintenance connection attribute needs to be maintained, and the operation and maintenance instruction is not required to be modified. Can operate and maintain different systems. That is, the solution of the embodiment of the present invention can share the same operation and maintenance instruction in different modes, thereby reducing the maintenance complexity. In addition, the single-mode network element does not need to modify a large number of instructions when evolving into a multi-mode network element. It can effectively improve the operation and maintenance efficiency and reduce the operation and maintenance costs.
为使本发明实施例的目的、 技术方案和优点更加清楚, 下面将结合附 图对本发明实施例作进一步地详细描述。  In order to make the objects, technical solutions, and advantages of the embodiments of the present invention more clearly, the embodiments of the present invention will be further described in detail below.
本发明实施例中的用于管理支持多种制式的多模网元的方法中, 接收 管理网元通过该管理网元与多模网元间建立的操作维护连接发送的指令, 所述指令指示对多模网元进行维护管理, 该指令包括非公共操作维护指 令; 根据设置的连接属性确定所述非公共操作维护指令对应的制式; 根据 所述非公共操作维护指令对所述对应的制式进行相应的操作维护。 本发明实施例中提供的一种支持多种通信制式, 包括:指令接收单元: 用于接收管理网元通过该管理网元与该多模网元间建立的操作维护连接 发送的指令, 该指令指示对所述多模网元进行维护管理, 所述指令包括非 公共操作维护指令; 确定单元: 用于根据设置的连接属性确定所述非公共 操作维护指令对应的制式; 执行单元, 用于根据所述非公共操作维护指 令对所述对应的制式进行操作维护。 图 1为本发明一实施例中管理多模网元方法的流程示意图, 包括: 100, 接收管理网元发送的操作维护指令。 In the method for managing a multi-mode network element supporting multiple modes in the embodiment of the present invention, the receiving management network element maintains an instruction sent by the operation established between the management network element and the multi-mode network element, and the instruction indication Performing maintenance management on the multi-mode network element, the instruction includes a non-common operation and maintenance instruction; determining a system corresponding to the non-common operation and maintenance instruction according to the set connection attribute; performing the corresponding system according to the non-common operation and maintenance instruction The corresponding operation and maintenance. The invention provides a method for supporting multiple communication systems, including: an instruction receiving unit: An instruction for receiving, by the management network element, an operation and maintenance connection established between the management network element and the multimode network element, the instruction instructing maintenance management on the multimode network element, where the instruction includes a non-public operation maintenance instruction a determining unit: configured to determine a system corresponding to the non-common operation and maintenance instruction according to the set connection property; and an executing unit, configured to perform operation and maintenance on the corresponding system according to the non-common operation and maintenance instruction. FIG. 1 is a schematic flowchart of a method for managing a multi-mode network element according to an embodiment of the present invention, including: 100. Receive an operation and maintenance instruction sent by a management network element.
本发明实施例中, 管理网元对多模网元进行操作维护时, 需要与多模 网元建立操作维护连接。也就是说,管理网元要对多模网元进行操作维护, 是以在管理网元与多模网元之间建立有操作维护连接为前提的。 但至于该 操作维护连接具体在什么时候建立, 本发明实施例对其不作限定。 比如, 其可以在管理网员需要对某一多模网元进行操作维护时, 临时建立的; 其 也可以事先就在管理网元与多模网元之间建立等。 所述操作维护连接建立 后, 管理网元通过所述操作维护连接发送操作维护指令至多模网元。 所述 多模网元可以是一体化多模基站。  In the embodiment of the present invention, when the management network element performs operation and maintenance on the multi-mode network element, it is required to establish an operation and maintenance connection with the multi-mode network element. That is to say, the management network element needs to operate and maintain the multi-mode network element, which is based on the premise that the operation and maintenance connection is established between the management network element and the multi-mode network element. However, as to when the operation and maintenance connection is specifically established, the embodiment of the present invention does not limit it. For example, it can be temporarily established when the management network member needs to perform operation and maintenance on a multi-mode network element; it can also be established between the management network element and the multi-mode network element in advance. After the operation and maintenance connection is established, the management network element sends an operation and maintenance instruction to the multimode network element through the operation and maintenance connection. The multimode network element may be an integrated multimode base station.
101 , 当所述操作维护指令为非公共操作维护指令时, 根据管理网元 和多模网元之间操作维护连接的连接属性确定所述非公共操作维护指令 对应的制式。  101. When the operation and maintenance instruction is a non-public operation maintenance instruction, determine a system corresponding to the non-common operation maintenance instruction according to a connection attribute of an operation and maintenance connection between the management network element and the multimode network element.
需要说明的是, 本发明实施例中的操作维护指令包括公共操作维护指 令及非公共操作维护指令, 一般为单个的指令。 其中, 公共操作维护指令 与非公共操作维护指令可通过命令名称加以区分。  It should be noted that the operation and maintenance instructions in the embodiments of the present invention include common operation and maintenance instructions and non-common operation and maintenance instructions, which are generally single instructions. Among them, the common operation maintenance instruction and the non-public operation maintenance instruction can be distinguished by the command name.
当接收到的为公共操作维护指令时, 多模网元则将所述公共操作维护 指令传送至多模网元内的公共指令处理单元执行。 通常, 公共操作维护指 令包括: 制式设置指令 SET RAT , 用于设置操作维护连接对应的当前制式; 制式查询指令: GET RAT , 用于查询操作维护连接对应的当前制式。 例如, 多模网元从操作维护连接接收到 SET RAT: RAT=UMTS的指令, 因 SET RAT为公共指令, 多模网元将所述接收的指令传送至公共指令处理 单元, 公共指令处理单元将根据所述指令将所述管理网元与该多模网元之 间的操作维护连接对应的当前制式设置为 UTMS。 When the received public operation maintenance instruction, the multimode network element transmits the common operation maintenance instruction to the common instruction processing unit in the multimode network element for execution. Typically, common operational maintenance instructions include: The system setting command SET RAT is used to set the current system corresponding to the operation and maintenance connection; the system query command: GET RAT is used to query the current system corresponding to the operation and maintenance connection. For example, the multimode network element receives an SET RAT: RAT=UMTS instruction from the operation and maintenance connection. Since the SET RAT is a common instruction, the multimode network element transmits the received instruction to the common instruction processing unit, and the common instruction processing unit And setting, according to the instruction, a current system corresponding to an operation and maintenance connection between the management network element and the multimode network element as a UTMS.
需要说明的是, 所述连接属性包括所述操作维护连接对应的当前制式 信息, 所述当前制式信息用于指示所述操作维护指令当前所对应的制式。  It should be noted that the connection attribute includes current system information corresponding to the operation and maintenance connection, and the current system information is used to indicate a current system corresponding to the operation and maintenance instruction.
所述多模网元可获取操作维护连接的连接属性中的当前制式信息, 再 根据所述当前制式信息确定所述接收的非公共操作维护指令对应操作维 护的制式。  The multimode network element may obtain current system information in the connection attribute of the operation and maintenance connection, and determine, according to the current system information, a system for the operation maintenance of the received non-common operation and maintenance instruction.
所述管理网元与多模网元之间的操作维护连接所对应的当前制式可 以在所述操作维护连接建立时由管理网元设置; 或者可以由多模网元进行 默认配置。 此外, 管理网元可根据对不同制式维护的需要更改所述操作维 护连接对应的当前制式。 所述制式包括 UTMS、 LTE、 GSM等通信制式。  The current system corresponding to the operation and maintenance connection between the management network element and the multimode network element may be set by the management network element when the operation and maintenance connection is established; or may be configured by the multimode network element by default. In addition, the management network element can change the current system corresponding to the operation maintenance connection according to the needs of different system maintenance. The system includes communication systems such as UTMS, LTE, and GSM.
例如, 假定多模网元与管理网元间的操作维护连接对应的当前制式为 UMTS制式, 多模网元从操作维护连接接收的指令为 ADD CELL (小区添加 指令) , 通过命令名称确定 ADD CELL指令为非公共操作维护指令, 则多 模网元获取操作维护连接对应的当前制式信息为 UMTS制式, 再根据操作 维护连接对应的当前制式确认 ADD CELL指令对应的操作维护的制式为 UMTS制式。  For example, suppose the current system corresponding to the operation and maintenance connection between the multimode network element and the management network element is the UMTS standard, and the instruction received by the multimode network element from the operation and maintenance connection is ADD CELL (Cell Addition Instruction), and the ADD CELL is determined by the command name. If the command is a non-common operation maintenance command, the multimode network element obtains the current system information corresponding to the operation and maintenance connection as the UMTS system, and then confirms that the operation and maintenance system corresponding to the ADD CELL command is the UMTS system according to the current system corresponding to the operation and maintenance connection.
1 02, 根据所述非公共操作维护指令对所述对应的制式进行操作维护。 例如,多模网元与管理网元间的操作维护连接对应的当前制式为 UMTS 制式, 多模网元从操作维护连接 A接收的指令为 ADD CELL , 则多模网元对 1 02. Perform operation and maintenance on the corresponding system according to the non-common operation and maintenance instruction. For example, the current system corresponding to the operation and maintenance connection between the multimode network element and the management network element is the UMTS system, and the command received by the multimode network element from the operation and maintenance connection A is ADD CELL, and the multimode network element pair
UMTS制式执行 ADD CELL指令。 The UMTS system executes the ADD CELL instruction.
如果管理网元需要对多模网元所支持的 LTE制式进行操作维护, 可通 过公共操作维护指令 SET RAT命令将操作维护连接对应的当前制式设置为 LTE制式, 之后若多模网元通过操作维护连接接收 ADD CELL指令, 则多模 网元对 LTE制式执行 ADD CELL指令。 If the management NE needs to perform operation and maintenance on the LTE system supported by the multimode NE, The SET RAT command is used to set the current system corresponding to the operation and maintenance connection to the LTE system. Then, if the multimode network element receives the ADD CELL command through the operation and maintenance connection, the multimode network element executes the ADD CELL instruction on the LTE system.
图 2为本发明另一实施例中的管理多模网元方法的流程示意图,包括: 2 is a schematic flowchart of a method for managing a multimode network element according to another embodiment of the present invention, including:
200, 管理网元与多模网元建立操作维护连接。 200. The management network element establishes an operation and maintenance connection with the multimode network element.
本发明实施例中, 以多模网元为一体化多模基站为例进行描述。 但可 以理解的是, 本发明的多模网元并不限于一体化多模基站, 也可以是其它 的类似于一体化多模基站的网元或网络设备等。 假定一体化多模基站支持 UTMS和 LTE两种制式,当管理网元需要对该一体化多模基站的某种制式进 行操作维护时, 需先与所述一体化多模基站建立操作维护连接。  In the embodiment of the present invention, a multi-mode network element is used as an integrated multi-mode base station as an example for description. However, it can be understood that the multimode network element of the present invention is not limited to an integrated multimode base station, and may be other network elements or network devices similar to an integrated multimode base station. Assume that the integrated multi-mode base station supports both UTMS and LTE. When the management network element needs to operate and maintain a certain type of integrated multi-mode base station, it is necessary to establish an operation and maintenance connection with the integrated multi-mode base station.
201 , 管理网元设置所述操作维护连接对应的当前制式。  201. The management network element sets a current system corresponding to the operation and maintenance connection.
需要说明的是, 所述设置的操作维护连接对应的当前制式可以表示为 该操作维护连接的一种属性。 同时, 在其它可选实施例中, 当管理网元没 有设置所述操作维护连接对应的当前制式时, 也可通过多模网元缺省配置 所述操作维护连接的当前制式。  It should be noted that the current system corresponding to the set operation and maintenance connection may be represented as an attribute of the operation and maintenance connection. In addition, in other optional embodiments, when the management network element does not have the current system corresponding to the operation and maintenance connection, the current mode of the operation maintenance connection may be configured by the multimode network element by default.
例如, 可设置一体化多模基站的默认值为 UTMS制式, 即当管理网元 没有设置与该一体化多模基站间的操作维护连接对应的当前制式时, 一体 化多模基站默认所述操作维护连接对应的当前制式为 UTMS制式。  For example, the default value of the integrated multimode base station can be set to the UTMS standard, that is, when the management network element does not set the current system corresponding to the operation and maintenance connection between the integrated multimode base station, the integrated multimode base station defaults the operation. The current system corresponding to the maintenance connection is the UTMS system.
在其它可选实施例中, 多模网元可保存管理帐户或管理终端以前登录 时操作维护连接对应的制式信息, 当所述管理帐户或管理终端再次登录 时, 操作维护连接对应的当前制式信息默认为所述以前登陆时对应的制式 信息。  In other optional embodiments, the multi-mode network element may save the management information or the system information corresponding to the operation and maintenance connection when the management terminal is logged in. When the management account or the management terminal logs in again, the current system information corresponding to the operation and maintenance connection is saved. The default is the standard information corresponding to the previous login.
例如, 多模网元保存的管理帐户 A以前登录时, 操作维护连接对应的 制式信息为 LTE, 当管理帐户 A再次登录时, 多模网元根据保存的管理帐 户 A的相关信息, 确定管理网元与多模网元的操作维护连接对应的当前制 式为 LTE。 或在建立管理帐户时设置管理帐户的默认管理制式, 则管理帐 户登录后操作维护连接的对应制式为管理帐户的默认管理制式。 For example, when the management account A saved by the multimode network element is previously logged in, the system information corresponding to the operation and maintenance connection is LTE. When the management account A logs in again, the multimode network element determines the management network according to the related information of the saved management account A. The current system corresponding to the operation and maintenance connection of the multi-mode network element is LTE. Or set the default management system for the administrative account when establishing an administrative account, then manage the account The corresponding system for the operation and maintenance connection after the user logs in is the default management system of the management account.
202 , 多模网元接收管理网元发送的操作维护指令。  202. The multimode network element receives an operation and maintenance instruction sent by the management network element.
其中, 所述操作维护指令的类型与上述实施例中大致相同, 在此不再 伴述。  The type of the operation and maintenance instruction is substantially the same as that in the above embodiment, and is not described here.
203 , 多模网元从所述操作维护连接的连接属性中获取对应的当前制 式信息。  203. The multimode network element obtains corresponding current system information from the connection attribute of the operation and maintenance connection.
204 , 判断所述接收的操作维护指令是否为公共操作维护指令。  204. Determine whether the received operation and maintenance instruction is a common operation maintenance instruction.
如果所述接收的操作维护指令为公共操作维护指令, 则将所述公共操 作维护指令传送至公共指令处理单元执行; 如果所述接收的操作维护指令 不是公共操作维护指令, 根据所述操作维护连接对应的当前制式确定所述 操作维护指令所对应的操作维护的制式, 并根据所述操作维护指令对所述 对应的制式进行操作维护。  And if the received operation and maintenance instruction is a common operation maintenance instruction, transmitting the common operation maintenance instruction to a common instruction processing unit; if the received operation maintenance instruction is not a common operation maintenance instruction, maintaining a connection according to the operation Corresponding current system determines a system of operation and maintenance corresponding to the operation and maintenance instruction, and performs operation and maintenance on the corresponding system according to the operation and maintenance instruction.
例如, 管理网元和多模网元间建立了一个操作维护连接, 其中, 操作 维护连接的当前制式为 LTE , 当多模网元接收到公共操作维护指令如 GET RAT时, 则将所述 GET RAT指令传送至多模网元的公共指令处理单元执行。  For example, an operation and maintenance connection is established between the management network element and the multimode network element, where the current mode of operation and maintenance connection is LTE, and when the multimode network element receives a common operation and maintenance instruction such as GET RAT, the GET is The RAT instruction is transmitted to a common instruction processing unit of the multimode network element for execution.
当多模网元从操作维护连接接收的指令为非公共操作维护指令, 例如 ADD CELL时, 则根据操作维护连接对应的当前制式为 LTE , 可确定上述接 收的操作维护指令 ADD CELL对应的操作维护的制式为 LTE , 并对 LTE制式 执行 ADD CELL的操作维护。  When the instruction received by the multimode network element from the operation and maintenance connection is a non-common operation maintenance instruction, such as ADD CELL, the current system corresponding to the operation and maintenance connection is LTE, and the operation and maintenance corresponding to the received operation and maintenance instruction ADD CELL may be determined. The system is LTE, and the operation and maintenance of ADD CELL is performed on the LTE system.
需要说明的是, 在其它实施例中, 也可以在多模网元接收到非公共操 作维护指令后获取所述操作维护连接对应的当前制式信息, 再根据所述当 前制式信息确定所述非公共操作维护指令对应的制式, 并根据所述指令对 所述对应的制式进行操作维护。  It should be noted that, in other embodiments, the current mode information corresponding to the operation and maintenance connection may be acquired after the multimode network element receives the non-common operation and maintenance instruction, and the non-public is determined according to the current system information. The system corresponding to the operation and maintenance instruction is operated, and the corresponding system is operated and maintained according to the instruction.
由上可见, 通过设置管理网元与多模网元之间的操作维护连接对应的 当前制式, 从而使多模网元通过所述操作维护连接接收到管理网元发送的 操作维护指令时, 只需根据所述操作维护指令对多模网元中相对应的制式 进行相应的操作维护, 从而使得多模网元上的不同制式可以共用同样的操 作维护指令, 不需要为每种制式单独设立操作维护指令, 从而降低了维护 成本, 减低了维护的复杂度。 此外, 也使得单模网元演进为多模网元时, 不需要修改大量的指令, 从而可有效提高操作维护的效率。 It can be seen that, by setting the current system corresponding to the operation and maintenance connection between the management network element and the multi-mode network element, when the multi-mode network element receives the operation and maintenance instruction sent by the management network element through the operation and maintenance connection, only According to the operation and maintenance instruction, the corresponding standard in the multimode network element The corresponding operation and maintenance are performed, so that different systems on the multimode network element can share the same operation and maintenance instruction, and no operation and maintenance instruction is separately set for each system, thereby reducing maintenance cost and reducing maintenance complexity. In addition, when a single-mode network element is evolved into a multi-mode network element, a large number of instructions are not required to be modified, thereby effectively improving the efficiency of operation and maintenance.
本发明实施例还可以通过批处理操作维护指令对多个制式进行操作 维护, 进一步提高操作维护效率和管理多模网元的简便性。  The embodiment of the invention can also perform operation and maintenance on multiple systems through batch operation and maintenance instructions, thereby further improving operation and maintenance efficiency and simplicity of managing multi-mode network elements.
图 3为本发明又一实施例中管理多模网元方法的流程示意图。 如图 3 所示, 包括:  FIG. 3 is a schematic flowchart of a method for managing a multimode network element according to another embodiment of the present invention. As shown in Figure 3, it includes:
300, 多模网元在其内部建立批处理连接, 以及接收批处理操作维护 指令。  300. The multimode network element establishes a batch connection within it and receives a batch operation maintenance instruction.
本发明方法实施例中, 如果管理网元通过与多模网元间的操作维护连 接向多模网元发送批处理操作维护指令, 多模网元将在其内部建立批处理 连接。  In the method embodiment of the present invention, if the management network element sends a batch operation maintenance instruction to the multimode network element through operation and maintenance connection with the multimode network element, the multimode network element establishes a batch processing connection therein.
所述批处理连接可以是逻辑上的连接或是物理上的连接。  The batch connection can be a logical connection or a physical connection.
所述批处理连接初始时的批处理连接属性可以与所述操作维护连接 的连接属性一致。 所述批处理连接属性中包括当前连接制式信息, 所述当 前连接制式信息用于指示所述批处理操作维护指令中的非公共操作维护 指令对应操作维护的制式。  The batch connection attribute at the beginning of the batch connection may be consistent with the connection attribute of the operation and maintenance connection. The batch connection attribute includes current connection system information, and the current connection system information is used to indicate a non-common operation and maintenance instruction in the batch operation maintenance instruction corresponding to the operation and maintenance system.
所述批处理连接属性中的当前连接制式, 初始时与所述操作维护连接 属性中的当前制式一致。  The current connection system in the batch connection attribute is initially consistent with the current system in the operation and maintenance connection attribute.
例如, 一体化多模基站与管理网元间建立了操作维护连接 A, 一体化 多模基站通过操作维护连接 A收到批处理操作维护指令时, 一体化多模基 站将在其内建立批处理连接 C。 所述批处理连接 C可以通过操作维护连接 A接收批处理操作维护指令。 设操作维护连接 A对应的当前制式为 LTE, 则所述批处理连接初始时的当前连接制式为 LTE。  For example, an integrated multimode base station establishes an operation and maintenance connection A between the management network element and the management network element. When the integrated multimode base station receives the batch operation and maintenance instruction through the operation and maintenance connection A, the integrated multimode base station establishes a batch process therein. Connect to C. The batch connection C can receive a batch operation maintenance instruction through the operation and maintenance connection A. If the current system corresponding to the operation and maintenance connection A is LTE, the current connection system at the initial time of the batch connection is LTE.
需要说明的是, 所述批处理操作维护指令包括一条或多条公共和 /或 非公共操作维护指令。 当所述批处理操作维护指令包括公共操作维护指令 时, 所述公共操作维护指令将被传送至多模网元中的公共指令处理单元进 行执行。 It should be noted that the batch operation maintenance instruction includes one or more public and/or Non-public operation maintenance instructions. When the batch operation maintenance instruction includes a common operation maintenance instruction, the common operation maintenance instruction is transmitted to a common instruction processing unit in the multimode network element for execution.
通常, 公共操作维护指令包括: 制式设置指令 SET RAT及制式查询指 令 GET RA。 需要注意的是, 批处理操作维护指令中的制式设置指令可以只 设置所述批处理连接的当前连接制式, 而不设置操作维护连接对应的当前 制式。 批处理指令中的制式查询指令可以只查询所述批处理连接的当前连 接制式的信息。  In general, common operational maintenance instructions include: the system setup command SET RAT and the system query command GET RA. It should be noted that the system setting instruction in the batch operation maintenance instruction can set only the current connection system of the batch connection, and does not set the current system corresponding to the operation and maintenance connection. The system query instruction in the batch instruction can only query the information of the current connection system of the batch connection.
例如, 一体化多模基站与管理网元间建立了操作维护连接 A, 设操作 维护连接 A的当前制式为 LTE, 当一体化多模基站通过操作维护连接 A接 收到批处理操作维护指令: SET RAT=UTMS。 该一体化多模基站将在其内建 立批处理连接 C , 该批处理连接 C初始时的当前连接制式信息与操作维护 连接 A的当前制式信息一制, 为 LTE。  For example, an integrated operation and maintenance connection A is established between the integrated multimode base station and the management network element, and the current system of operation and maintenance connection A is LTE. When the integrated multimode base station receives the batch operation maintenance instruction through the operation and maintenance connection A: SET RAT=UTMS. The integrated multi-mode base station will establish a batch connection C therein, and the current connection system information of the initial connection C and the current system information of the operation and maintenance connection A are LTE.
所述批处理连接 C从操作维护连接 A接收批处理操作维护指令: SET RAT=UTMS。 执行时, SEE RAT=UTMS将被传送至公共指令处理单元执行, 将 批处理连接 C的当前连接制式设置为 UTMS ,而操作维护连接 A的当前制式 仍然是 LTE。  The batch connection C receives a batch operation maintenance command from the operation and maintenance connection A: SET RAT = UTMS. When executed, SEE RAT=UTMS will be transferred to the common instruction processing unit for execution, the current connection system of batch connection C is set to UTMS, and the current system for operation and maintenance connection A is still LTE.
301 , 根据所述批处理操作中的非公共操作维护指令和所述批处理连 接的当前连接制式对所述多模网元中相应的制式进行操作维护。  301. Perform operation and maintenance on a corresponding system in the multimode network element according to the non-public operation maintenance instruction in the batch operation and the current connection system of the batch connection.
需要说明的是, 多模网元将根据所述批处理连接属性中的当前连接制 式信息确定所述批处理操作维护指令中的非公共操作维护指令所对应的 操作维护的制式, 而后根据所述操作维护指令对所述多模网元中与所述批 处理连接的当前连接制式对应的制式进行操作维护。  It should be noted that the multimode network element determines, according to the current connection system information in the batch connection attribute, the operation and maintenance system corresponding to the non-common operation and maintenance instruction in the batch operation maintenance instruction, and then according to the The operation and maintenance instruction operates and maintains a system corresponding to the current connection system of the batch connection in the multimode network element.
例如, 一体化多模基站与管理网元建立了操作维护连接 A, 其中操作 维护连接 A的当前制式为 LTE制式。  For example, the integrated multimode base station establishes an operation and maintenance connection A with the management network element, and the current system for operating and maintaining the connection A is the LTE standard.
一体化多模基站从操作维护连接 A接收到批处理操作维护指令: ADD CELL 1 ; ADD CELL2时, 一体化多模基站将在其内建立批处理连接 C, 用于 从操作维护连接 A接收批处理操作维护指令。 The integrated multimode base station receives the batch operation and maintenance instruction from the operation and maintenance connection A: ADD CELL 1 ; ADD CELL2, the integrated multimode base station will establish a batch connection C therein for receiving batch operation maintenance instructions from the operation and maintenance connection A.
其中批处理连接 C的初始批处理连接属性与所述操作维护连接 A的连 接属性一致, 即批处理连接 C的初始当前连接制式与操作维护连接 A对应 的当前制式一致, 为 LTE。  The initial batch connection attribute of the batch connection C is the same as the connection attribute of the operation and maintenance connection A. That is, the initial current connection system of the batch connection C is the same as the current system corresponding to the operation and maintenance connection A, which is LTE.
根据批处理连接 C的当前连接制式可确定批处理操作维护指令: ADD CELL1 ; ADD CELL2对应操作维护的制式为 LTE制式, 则一体化多模基站则 才艮据上述批处理操作维护指令对 LTE制式进行 ADD CELL 1 ; ADD CELL2的 操作维护。  According to the current connection system of batch connection C, the batch operation maintenance instruction can be determined: ADD CELL1; ADD CELL2 corresponds to the LTE system for operation and maintenance, and the integrated multi-mode base station is based on the above-mentioned batch operation and maintenance instruction for LTE system. Perform ADD CELL 1; ADD CELL2 operation and maintenance.
又例如, 接收到的批处理操作维护指令为:  For another example, the received batch operation maintenance instruction is:
ADD CELL1  ADD CELL1
SET RAT: RAT=UTMS  SET RAT: RAT=UTMS
ADD CELL2  ADD CELL2
其中, 执行 ADD CELL1时, 操作维护连接 C当前连接制式为 LTE , 则 对 LTE制式进行 ADD CELL1操作, 通过公共指令处理单元执行 SET RAT: RAT=UTMS后,操作维护连接 C的当前连接制式被设置为 UMTS,则 ADD CELL2 对应执行的制式为 UTMS。  When ADD CELL1 is executed, the current connection system of the operation and maintenance connection C is LTE, then the ADD CELL1 operation is performed on the LTE system, and the SET RAT is performed by the common instruction processing unit: RAT=UTMS, the current connection system of the operation and maintenance connection C is set. For UMTS, the corresponding implementation of ADD CELL2 is UTMS.
由上可知, 通过设置批处理连接, 只需根据指令修改多模网元内部建 立的批处理连接的当前连接制式信息, 即可根据批处理操作维护指令对多 种制式进行操作维护, 而不需频繁改动多模网元与管理网元间的操作维护 连接的当前制式信息, 进而保持了所述操作维护连接的稳定性, 方便了用 户的使用。  It can be seen from the above that by setting a batch connection, it is only necessary to modify the current connection standard information of the batch connection established inside the multimode network element according to the instruction, and the operation and maintenance of the multiple standards can be performed according to the batch operation maintenance instruction without The current system information of the operation and maintenance connection between the multimode network element and the management network element is frequently changed, thereby maintaining the stability of the operation and maintenance connection and facilitating the use of the user.
图 4是本发明系统实施例的结构示意图。 如图 4所示, 包括: 管理网 元 1和多模网元 2。  4 is a schematic structural view of an embodiment of a system of the present invention. As shown in FIG. 4, the method includes: a management network element 1 and a multimode network element 2.
管理网元 1, 用于通过与多模网元 2间建立的操作维护连接发送操作 维护指令或批处理连接操作维护指令, 来对多模网元包含的制式进行操作 维护。 The management network element 1 is configured to send an operation and maintenance instruction or a batch connection operation maintenance instruction by using an operation and maintenance connection established between the multimode network element 2 to operate the system included in the multimode network element. Maintenance.
多模网元 2, 用于接收所述管理网元 1发送的操作维护指令, 并根据 所述操作维护指令对所述多模网元中与所述操作维护连接对应的制式进 行操作维护;  The multimode network element 2 is configured to receive an operation and maintenance instruction sent by the management network element 1, and perform operation and maintenance on a system corresponding to the operation and maintenance connection in the multimode network element according to the operation and maintenance instruction;
或, 多模网元 2用于接收所述管理网元 1发送的批处理连接操作维护 指令, 以及在所述多模网元 2内建立批处理连接, 并根据所述批处理操作 维护指令对所述多模网元中与所述批处理连接对应的制式进行操作维护。  Or, the multimode network element 2 is configured to receive a batch connection operation maintenance instruction sent by the management network element 1, and establish a batch processing connection in the multimode network element 2, and maintain a command pair according to the batch operation operation. The system corresponding to the batch connection in the multimode network element is operated and maintained.
进一步, 管理网元 1可以包括:  Further, the management network element 1 can include:
发送单元 11,用于通过与多模网元建立的操作维护连接发送操作维护 指令;  The sending unit 11 is configured to send an operation and maintenance instruction by using an operation and maintenance connection established with the multimode network element;
设置单元 12,用于设置与所述多模网元间的操作维护连接对应的当前 制式。  The setting unit 12 is configured to set a current system corresponding to the operation and maintenance connection between the multimode network elements.
可选地, 管理网元 1还可以包括:  Optionally, the management network element 1 may further include:
查询单元 13, 用于查询所述操作维护连接的当前制式信息。  The query unit 13 is configured to query current system information of the operation and maintenance connection.
多模网元 2可以包括:  The multimode network element 2 can include:
接收单元 21, 用于接收管理网元发送的操作维护指令;  The receiving unit 21 is configured to receive an operation and maintenance instruction sent by the management network element.
确定单元 22, 用于当所述操作维护指令为非公共操作维护指令时,根 据管理网元和多模网元之间操作维护连接的连接属性确定所述非公共操 作维护指令对应的制式;  a determining unit 22, configured to determine, according to a connection attribute of an operation and maintenance connection between the management network element and the multimode network element, a system corresponding to the non-public operation maintenance instruction, when the operation and maintenance instruction is a non-common operation maintenance instruction;
制式指令处理单元 23,用于根据所述非公共操作维护指令对所述对应 的制式进行操作维护。  The system instruction processing unit 23 is configured to perform operation and maintenance on the corresponding system according to the non-common operation and maintenance instruction.
或多模网元 2可以包括:  Or multimode network element 2 may include:
接收单元 21, 用于接收管理网元发送的批处理操作维护指令, 以及在 所述多模网元内建立批处理连接。 当然, 可以理解的是, 在多模网元内建 立批处理连接也可以是由其它的单元、 模块或其它装置等来建立的。  The receiving unit 21 is configured to receive a batch operation maintenance instruction sent by the management network element, and establish a batch connection in the multimode network element. Of course, it can be understood that establishing a batch connection within a multimode network element can also be established by other units, modules, or other devices.
可选地, 所述批处理连接的初始连接属性与所述管理网元和多模网元 之间的操作维护连接的连接属性一致。 Optionally, the initial connection attribute of the batch connection and the management network element and the multimode network element The connection properties between the operations and maintenance connections are the same.
确定单元 22,用于根据所述批处理连接的连接属性确定所述批处理操 作维护指令中的非公共操作维护指令对应的制式;  a determining unit 22, configured to determine, according to the connection attribute of the batch connection, a system corresponding to the non-public operation maintenance instruction in the batch operation maintenance instruction;
制式指令处理单元 23,用于根据所述批处理操作维护指令中的非公共 操作维护指令对所述对应的制式进行操作维护。  The system instruction processing unit 23 is configured to perform operation and maintenance on the corresponding system according to the non-common operation and maintenance instruction in the batch operation maintenance instruction.
所述批处理连接可以是逻辑上连接或是物理上的连接。 例如批处理连 接可以设置在接收单元 21和确定单元 22之间, 确定单元 22通过批处理 连接接收所述批处理操作维护指令。  The batch connection can be a logical connection or a physical connection. For example, a batch connection may be provided between the receiving unit 21 and the determining unit 22, and the determining unit 22 receives the batch operation maintenance instruction through a batch connection.
由上可知, 所述系统实施例的方案中, 通过设置管理网元与多模网元 之间的操作维护连接的当前制式(换句话说, 通过设置管理网元与多模网 元之间的操作维护连接的连接属性, 该连接属性包括所述对应的当前制式 信息) , 使多模网元通过所述操作维护连接接收到管理网元发送的操作维 护指令时, 只需根据所述操作维护指令对多模网元中与所述设置的当前制 式相对应的制式进行相应的操作维护, 从而使得多模网元上的不同制式可 以共用同样的操作维护指令, 不需要为每种制式单独设立操作维护指令, 从而降低了维护成本,减低了同时维护单模元和多模网元的复杂度;另夕卜, 也使得单模网元演进为多模网元时, 不需要修改大量的指令, 有效提高了 操作维护效率。  It can be seen from the above that in the solution of the system embodiment, the current standard of the connection between the management network element and the multi-mode network element is maintained (in other words, by setting between the management network element and the multi-mode network element) The operation and maintenance connection connection attribute, the connection attribute includes the corresponding current system information, so that when the multimode network element receives the operation and maintenance instruction sent by the management network element through the operation and maintenance connection, the operation and maintenance instruction is only required to be maintained according to the operation. The instruction performs corresponding operation and maintenance on the system corresponding to the current system in the multimode network element, so that different systems on the multimode network element can share the same operation and maintenance instruction, and do not need to be separately established for each system. Operation and maintenance instructions reduce maintenance costs and reduce the complexity of maintaining single-mode and multi-mode network elements at the same time. In addition, when single-mode network elements are evolved into multi-mode network elements, there is no need to modify a large number of instructions. , effectively improve the efficiency of operation and maintenance.
参照图 5, 多模网元 2还可以包括:  Referring to FIG. 5, the multimode network element 2 may further include:
公共指令处理单元 24, 用于执行公共操作维护指令。  The common instruction processing unit 24 is configured to execute a common operation maintenance instruction.
需要说明的是, 当多模网元接收的操作维护指令为公共操作维护令或 接收的批处理命令中包含公共操作维护指令时, 所述公共操作维护指令均 由公共指令处理单元 24进行处理执行。  It should be noted that, when the operation and maintenance instruction received by the multimode network element is a common operation maintenance order or the received batch operation command includes a common operation and maintenance instruction, the common operation and maintenance instruction is processed and executed by the common instruction processing unit 24. .
所述确定单元 22具体可以包括:  The determining unit 22 may specifically include:
获取单元 221, 用于获取所述管理网元和多模网元之间操作维护连接 的连接属性中的当前制式信息; 确定模块 222, 用于根据所述当前制式信息确定所述非公共操作维护 指令对应的制式。 The obtaining unit 221 is configured to obtain current system information in the connection attribute of the operation and maintenance connection between the management network element and the multimode network element. The determining module 222 is configured to determine, according to the current system information, a system corresponding to the non-common operation maintenance instruction.
或者  Or
公共指令处理单元 24,用于执行所述批处理操作维护指令中的公共操 作维护指令。  The common instruction processing unit 24 is configured to execute a common operation maintenance instruction in the batch operation maintenance instruction.
所述确定单元 22具体可以包括:  The determining unit 22 may specifically include:
获取单元 221, 用于当接收的为批处理操作维护指令时, 获取所述批 处理连接属性中的当前连接制式信息。  The obtaining unit 221 is configured to obtain current connection system information in the batch connection attribute when receiving a batch operation maintenance instruction.
确定模块 222, 用于根据所述批处理连接的当前连接制式信息确定所 述批处理操作维护指令中的非公共操作维护指令对应的制式。  The determining module 222 is configured to determine, according to the current connection system information of the batch connection, a system corresponding to the non-common operation maintenance instruction in the batch operation maintenance instruction.
由上可知, 本发明实施例通过设置管理网元与多模网元之间的操作维 护连接对应的当前制式(换句话说, 通过设置管理网元与多模网元之间的 操作维护连接的连接属性, 该连接属性包括所述对应的当前制式信息) , 从而使多模网元通过所述操作维护连接接收管理网元发送的操作维护指 令时, 只需根据所述操作维护指令对多模网元中与所述设置的当前制式相 对应的制式进行相应的操作维护, 从而使得多模网元上的不同制式可以共 用同样的操作维护指令, 不需要为每种制式单独设立操作维护指令, 从而 降低了维护成本, 减低了同时维护单模元和多模网元的复杂度。 此外, 也 使得单模网元演进为多模网元时不需要修改大量的指令, 实现了操作维护 效率的有效提高。 进一步的, 通过批处理操作维护指令还可同时对多个制 式进行操作维护, 进一步提高了操作维护效率, 提高了管理多模网元的简 便性。  It can be seen that, in the embodiment of the present invention, the current system corresponding to the operation and maintenance connection between the management network element and the multi-mode network element is set (in other words, by setting the operation and maintenance connection between the management network element and the multi-mode network element) a connection attribute, where the connection attribute includes the corresponding current system information, so that when the multimode network element receives the operation and maintenance instruction sent by the management network element through the operation and maintenance connection, the multimode is only required according to the operation and maintenance instruction. The system corresponding to the current system set in the network element performs corresponding operation and maintenance, so that different systems on the multimode network element can share the same operation and maintenance instruction, and it is not necessary to separately set up operation and maintenance instructions for each system. This reduces maintenance costs and reduces the complexity of maintaining both single-mode and multi-mode network elements. In addition, the single-mode network element does not need to be modified by a large number of instructions when it evolves into a multi-mode network element, thereby effectively improving the efficiency of operation and maintenance. Further, the batch operation operation and maintenance instruction can also perform operation and maintenance on multiple systems at the same time, further improving the operation and maintenance efficiency and improving the convenience of managing the multimode network element.
本发明实施例还提供一种多模网元, 该多模网元的结构和功能与上述 图 4所示实施例中的多模网元大致相同, 在此不再详述。  The embodiment of the present invention further provides a multi-mode network element. The structure and function of the multi-mode network element are substantially the same as those of the multi-mode network element in the embodiment shown in FIG. 4, and are not described in detail herein.
本发明实施例还提供一种管理网元, 该管理网元的结构和功能与上述 图 4所示实施例中的管理网元大致相同, 在此不再详述。 本领域普通技术 人员可以理解实现上述实施例方法中的全部或部分流程, 是可以通过计算 机程序来指令相关的硬件来完成, 所述的程序可存储于计算机可读取存储 介质中, 该程序在执行时, 可包括如上述各方法的实施例的流程。 其中, 所述的存储介质可为磁碟、 光盘、 只读存储记忆体( Read- On ly Memory , ROM ) 或随机存储记忆体 ( Random Acces s Memory , RAM ) 等。 The embodiment of the present invention further provides a management network element, and the structure and function of the management network element are substantially the same as those of the management network element in the embodiment shown in FIG. 4, and details are not described herein. General skill in the art A person may understand that all or part of the processes in the foregoing embodiment are implemented, and may be completed by a computer program to instruct related hardware, and the program may be stored in a computer readable storage medium, and when executed, the program may be executed. The flow of an embodiment of the methods as described above is included. The storage medium may be a magnetic disk, an optical disk, a read-only memory (ROM), or a random access memory (RAM).
以上所揭露的仅为本发明一种较佳实施例而已, 当然不能以此来限定 本发明之权利范围, 比如, 上述实施例中系统、 多模网元等所包括的具体 的单元、 模块等, 可以是逻辑上的, 也可以是物理上的; 这些单元、 模块 的名称, 只是为了便于描述, 本发明也不作为具体的限定, 比如制式指令 处理单元也可以称为指令执行单元等。 因此依本发明权利要求所作的等同 变化, 仍属本发明所涵盖的范围。  The above is only a preferred embodiment of the present invention, and the scope of the present invention is not limited thereto. For example, specific units, modules, and the like included in the system, multimode network element, and the like in the above embodiments. The names of the units and modules are only for convenience of description, and the present invention is not specifically limited. For example, the standard instruction processing unit may also be referred to as an instruction execution unit or the like. Accordingly, equivalent changes made in the claims of the present invention are still within the scope of the present invention.

Claims

权 利 要 求 Rights request
1、 一种用于管理多模网元的方法, 所述多模网元支持多种通信制式, 其特征在于, 所述方法包括: A method for managing a multi-mode network element, the multi-mode network element supporting a plurality of communication systems, wherein the method includes:
接收管理网元通过所述管理网元与所述多模网元间建立的操作维护 连接发送的指令, 所述指令指示对所述多模网元进行维护管理, 所述指令 包括非公共操作维护指令;  Receiving, by the management network element, an instruction sent by the connection between the management network element and the multimode network element to maintain a connection, the instruction instructing maintenance management on the multimode network element, where the instruction includes non-public operation and maintenance Instruction
根据设置的连接属性确定所述非公共操作维护指令对应的制式; 根据所述非公共操作维护指令对所述对应的制式进行相应的操作维 护。  Determining, according to the set connection attribute, a system corresponding to the non-common operation and maintenance instruction; performing corresponding operation maintenance on the corresponding system according to the non-common operation and maintenance instruction.
2、 如权利要求 1所述的方法, 其特征在于, 所述根据连接属性确定 的步骤包括: 根据所述管理网元与所述多模网元间的操作维护连接的连接 属性确定所述非公共操作维护指令对应的制式。  2. The method according to claim 1, wherein the determining according to the connection attribute comprises: determining the non-determination according to a connection attribute of an operation maintenance connection between the management network element and the multimode network element The system corresponding to the common operation and maintenance instruction.
3、 如权利要求 2所述的方法, 其特征在于, 所述根据管理网元和多 模网元间的操作维护连接的连接属性确定所述非公共操作维护指令对应 的制式包括:  The method according to claim 2, wherein the determining, according to the connection attribute of the operation and maintenance connection between the management network element and the multimode network element, the system corresponding to the non-common operation and maintenance instruction comprises:
获取所述操作维护连接的连接属性中的当前制式信息;  Obtaining current system information in the connection attribute of the operation and maintenance connection;
确定所述获取的当前制式为所述非公共操作维护指令对应的制式。  Determining that the current system of the acquisition is a system corresponding to the non-common operation maintenance instruction.
4、 如权利要求 1所述的方法, 其特征在于, 所述指令为批处理操作 维护指令, 所述批处理操作指令包括所述非公共操作维护指令,  4. The method according to claim 1, wherein the instruction is a batch operation maintenance instruction, and the batch operation instruction includes the non-public operation maintenance instruction.
所述根据连接属性确定的步骤包括: 根据所述多模网元内建立的批处 理连接的连接属性确定所述批处理操作维护指令中的所述非公共操作维 护指令对应的制式, 其中, 所述多模网元通过所述批处理连接接收所述管 理网元发送的所述批处理操作维护指令。  The determining according to the connection attribute includes: determining, according to a connection attribute of the batch connection established in the multi-mode network element, a system corresponding to the non-common operation maintenance instruction in the batch operation maintenance instruction, where The multi-mode network element receives the batch operation maintenance instruction sent by the management network element by using the batch processing connection.
5、 如权利要求 4所述的方法, 其特征在于, 所述根据批处理连接的 连接属性确定的步骤包括: 获取所述批处理连接属性中的当前连接制式信息; 5. The method according to claim 4, wherein the determining according to the connection attribute of the batch connection comprises: Obtaining current connection system information in the batch connection attribute;
确定所述当前连接制式为所述批处理操作维护指令中的非公共操作 维护指令对应的制式。  Determining that the current connection system is a system corresponding to the non-common operation maintenance instruction in the batch operation maintenance instruction.
6、 如权利要求 4至 5任一项所述的方法, 其特征在于, 进一步包括: 根据所述操作维护连接的连接属性确定所述批处理连接的初始连接属性。  The method according to any one of claims 4 to 5, further comprising: determining an initial connection attribute of the batch connection according to the connection attribute of the operation and maintenance connection.
7、 如权利要求 6所述的方法, 其特征在于: 所述确定所述批处理连 接的初始连接属性的步骤包括: 确定所述批处理连接的初始连接属性为所 述操作维护连接的连接属性。  7. The method of claim 6, wherein: the step of determining an initial connection attribute of the batch connection comprises: determining an initial connection attribute of the batch connection as a connection attribute of the operation maintenance connection .
8、 一种多模网元, 所述多模网元支持多种通信制式, 其特征在于, 包括: A multi-mode network element, wherein the multi-mode network element supports a plurality of communication systems, and the method includes:
指令接收单元: 用于接收管理网元通过所述管理网元与所述多模网元 间建立的操作维护连接发送的指令, 所述指令指示对所述多模网元进行维 护管理, 所述指令包括非公共操作维护指令;  The instruction receiving unit is configured to receive an instruction sent by the management network element by using an operation and maintenance connection established between the management network element and the multimode network element, where the instruction indicates that the multimode network element is maintained and managed, The instructions include non-public operation maintenance instructions;
确定单元: 用于根据设置的连接属性确定所述非公共操作维护指令对 应的制式;  Determining unit: configured to determine a format corresponding to the non-common operation and maintenance instruction according to the set connection property;
执行单元, 用于根据所述非公共操作维护指令对所述对应的制式进行 操作维护。  And an execution unit, configured to perform operation and maintenance on the corresponding system according to the non-common operation maintenance instruction.
9、 如权利要求 8所述的多模网元, 其特征在于, 所述连接属性为所 述管理网元与所述多模网元间的操作维护连接的连接属性, 所述连接属性 包括当前制式信息。  The multimode network element according to claim 8, wherein the connection attribute is a connection attribute of an operation and maintenance connection between the management network element and the multimode network element, and the connection attribute includes a current Standard information.
10、如权利要求 9所述的多模网元,其特征在于, 所述确定单元包括: 获取单元, 获取所述操作维护连接的连接属性中的当前制式信息, 则所述确定单元确定所述非公共操作维护指令对应的制式为所述获 取的当前制式。 The multimode network element according to claim 9, wherein the determining unit comprises: an obtaining unit, acquiring current system information in a connection attribute of the operation and maintenance connection, Then, the determining unit determines that the system corresponding to the non-common operation and maintenance instruction is the current system of the acquisition.
11、 如权利要求 8所述的多模网元, 其特征在于, 所述指令为批处理 操作维护指令, 所述批处理操作指令包括所述非公共操作维护指令, 所述连接属性为在所述多模网元内建立的批处理连接的连接属性, 其 中, 所述多模网元通过所述批处理连接接收所述管理网元发送的所述批处 理操作维护指令。  The multimode network element according to claim 8, wherein the instruction is a batch operation maintenance instruction, the batch operation instruction includes the non-public operation maintenance instruction, and the connection attribute is in the The connection attribute of the batch connection established in the multimode network element, where the multimode network element receives the batch operation maintenance instruction sent by the management network element through the batch processing connection.
12、 如权利要求 11所述的多模网元, 其特征在于, 批处理连接的连 接属性包括所述批处理连接的当前连接制式信息, 所述确定单元包括: 获取单元, 获取所述批处理连接属性中的当前连接制式信息, 则所述确定单元确定所述批处理操作维护指令中的非公共操作维护 指令对应的制式为所述获取的当前连接制式。  The multimode network element according to claim 11, wherein the connection attribute of the batch connection includes current connection system information of the batch connection, the determining unit comprises: an obtaining unit, and acquiring the batch processing The current connection system information in the connection attribute, the determining unit determines that the system corresponding to the non-common operation maintenance instruction in the batch operation maintenance instruction is the acquired current connection system.
13、 如权利要求 8至 12任一项所述的多模网元, 其特征在于, 进一 步包括: 公共指令处理单元, 用于执行所述接收的指令中的公共操作维护 指令。  The multimode network element according to any one of claims 8 to 12, further comprising: a common instruction processing unit, configured to execute a common operation maintenance instruction in the received instruction.
14、 如权利要求 8至 13任一项所述的多模网元, 其特征在于, 所述 多模网元为多模基站。  The multimode network element according to any one of claims 8 to 13, wherein the multimode network element is a multimode base station.
15、 一种系统, 其特征在于, 所述系统包括如权利要 8至 14任一项 所述的多模网元, 和管理网元, 所述管理网元用于向所述的多模网元发送 所述指令用以对所述多模网元进行操作维护管理。 A system, comprising: the multimode network element according to any one of claims 8 to 14, and a management network element, wherein the management network element is used for the multimode network The instruction sends the instruction to perform operation and maintenance management on the multimode network element.
16、 一种管理网元, 其特征在于, 包括: 16. A management network element, comprising:
发送单元, 用于通过与多模网元间的操作维护连接发送指令给多模网 元, 指示对所述多模网元进行维护管理, 所述指令包括非公共操作维护指 令; a sending unit, configured to send an instruction to the multimode network through an operation and maintenance connection with the multimode network element And indicating to perform maintenance management on the multimode network element, where the instruction includes a non-public operation maintenance instruction;
设置单元, 用于设置所述管理网元与所述多模网元间的操作维护连接 的连接属性。  And a setting unit, configured to set a connection property of the operation and maintenance connection between the management network element and the multimode network element.
17、 如权利要求 16所述的管理网元, 其特征在于, 还包括: 查询单元, 用于查询所述操作维护连接的当前制式信息。 The management network element according to claim 16, further comprising: a query unit, configured to query current system information of the operation and maintenance connection.
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EP2741534A4 (en) * 2011-09-21 2014-12-24 Huawei Tech Co Ltd Multi-mode base station alarm method, multi-mode base station and communication system
US9331898B2 (en) 2011-09-21 2016-05-03 Huawei Technologies Co., Ltd. Alarm method for multi-mode base station, multi-mode base station, and communication system
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