LCS network management method based on hierarchical chained list and dynamic XML technique

Abstract

The present invention relates to a LCS network management method based on hierarchial chain table and dynamic XML technique. Said network management system is formed from three layers of structure, and the most bottom layer is a proxy module which can be operated together with LCS system equipments of GMLL, LCS CLIENT and E1 pre-machine. Said system also includes configuration management server (CM) and SNMP proxy server, etc. Said invention also provides the concrete steps of said LCS network management method.

Description

technical field [0001] The invention relates to a location service (LCS) network management method, which is specifically applied to configuration management, performance management and fault management of devices such as gateway mobile location center (GMLC) and LCS client (LCS Client) in the LCS system. Background technique [0002] The so-called network management, in fact, in short, is to rationally allocate and control network resources to meet the requirements of service providers and the needs of the network. [0003] Before the 1980s, due to high research and development costs, only some very large communication companies could afford the development of network management, so network management became relatively closed and primitive to a large extent. In the 1980s, some developments made network management make great progress. It was a family of protocols like SNMP (Simple Network Management Protocol) and CMIP (Common Management Information Protocol) that paved the ...

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Problems solved by technology

With this LCS network management method, the system structure needs to be fixed in advance. When the system dynamically changes the corresponding configuration process or increases or decreases the protocol stack to be configured, and expands the capacity, the entire LCS network management needs to be rewritten, so it is very inflexible. It is difficult to meet the needs of flexible expansion of the entire system

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