Network management system of intelligent light distribution equipment and implementation method of network management system

Abstract

The invention discloses a network management system of intelligent light distribution equipment and an implementation method of the network management system, and relates to an intelligent light distribution network. The network management system comprises a mobile intelligent management terminal, an intelligent ODN (Optical Distribution Network) webmaster and a plurality of intelligent ODN devices, wherein the intelligent ODN webmaster is used for generating a construction work order involved in each stage of light cross from acquired information; the intelligent ODN webmaster is in communication connection with the mobile intelligent management terminal through mobile communication or WIFI (Wireless Fidelity), and is respectively connected with the plurality of intelligent ODN devices through a wired network; the mobile intelligent management terminal is respectively connected with the plurality of intelligent ODN devices; the mobile intelligent management terminal is used for receiving the construction work order, and used for transmitting the construction work order to the intelligent ODN devices through a fiber reader; the intelligent ODN devices are used for receiving the construction work order from the intelligent ODN webmaster or the intelligent management terminal, used for analyzing and converting the construction work order into operation instructions, and used for finding ports to be operated. By adopting the system, wiring construction is provided, construction waste is reduced, the accuracy rate of ODN resource information is improved, and the utilization rate of network resource is improved.

Description

technical field [0001] The invention relates to an intelligent optical distribution network, in particular to a network management system of an intelligent optical distribution device and its realization method. Background technique [0002] The traditional wiring method in the construction of optical communication networks uses Excel tables to manage information resources. The routing of optical fibers is first generated by manual calculation, and then manually configured by manual jumps one by one. The on-site construction is completely operated by the construction personnel. With the growth of ODN network scale, the number of optical switches is increasing, and the number of optical switches involved in a complete optical fiber route is also increasing. The difficulty of manual wiring increases rapidly at a faster rate. The quantity grows proportionally in a linear fashion. Every time an optical handover point is added in the optical fiber routing, it is equal to the con...

AI Technical Summary

Problems solved by technology

The greater the number of optical fibers, the greater the difficulty of construction and the greater the possibility of errors. It is precisely because of these shortcomings that the current idle rate of optical fibers exceeds 20%, which brings billions of losses to each province every year.

[0003] In the past, the management of optical fibers was also manual, without involving computer networks. Manually recording, searching, operating, and recording hop-by-hop of optical fibers after the operation was completed. This hop-by-hop connection construction method will lead to inaccurate ODN resource information. If it reaches more than 20%, it will take a lot of time to find and eliminate these errors, and the accuracy rate cannot reach 100%, resulting in the unavailability of some network resources

[0004] To sum up, the traditional manual wiring method has low construction efficiency, high construction difficulty, waste of manpower, material and financial resources, low accuracy of ODN resource information, and low utilization rate of network resources.

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