A method for calculating the loop rate of ipran network access layer equipment

Abstract

The invention discloses a method for calculating a ring content of IPRAN network access layer equipment, which comprises the following steps of: 1, acquiring IPRAN network resource data, wherein the acquired IPRAN network resource data comprises IPRAN network element information, PRAN relay information and tunnel information; 2, according to an equipment type and network structure information, carrying out layering on the acquired IPRAN network equipment; 3, according to the acquired network element information and relay information, carrying out network connection on a network element, and generating a topological graph of a local IPRAN network; 4, firstly, defining equipment ring formation, and then calculating the ring content of the access layer equipment by the following steps; and 5, automatically carrying out statistics to generate related reports of IPRAN network evaluation. According to the method disclosed by the invention, automatic acquisition of IPRAN resources, automatic generation of a topology and automatic calculation of a link attribute of the network equipment are implemented, and by automatic linkage of the IPRAN equipment and base station equipment, evaluation and analysis of a base station protection attribute can be further implemented.

Description

technical field [0001] The invention relates to a method for calculating the loop formation rate of IPRAN network access layer equipment, and belongs to the technical field of IPRAN network maintenance. Background technique [0002] During network operation, whether a device forms a loop has a great impact on network stability, and a device that does not form a loop may affect a large number of mobile services when a single-point line or device failure occurs. Network loops become an important indicator for evaluating network security. After a period of development, the IPRAN network has become the main network carrying mobile network services, and the scale of some provincial networks has reached more than 15,000 network elements. [0003] The main method of traditionally counting the loop formation rate of access network elements is to manually judge the loop formation of network elements, and label each network element equipment one by one, and carry out statistics on re...

AI Technical Summary

Problems solved by technology

[0003] The main method of traditionally counting the loop formation rate of access network elements is to manually judge the loop formation of network elements, and label each network element equipment one by one, and carry out statistics on relevant indicators based on the labeling of each network element. There is a lack of automatic calculation of network elements. Methods for element-forming ring properties

At the same time, the current method of manually labeling network element statistics is time-consuming and laborious, and the data cannot be updated in time and the accuracy cannot be guaranteed

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