Cable bridged terminal configuration and management method based on each user, each service and each VLAN

Abstract

The invention provides a cable bridged terminal configuration and management method based on each user, each service and each VLAN. When a cable bridged terminal is powered on, for each service port, one idle VLAN is dynamically selected from a VLAN range suitable for the port set by a VLAN domain, a set of VLAN configuration suitable for the cable bridged terminal is generated according to four service ports, and by combining other configuration having general characteristics, terminal configuration is formed and set to the cable bridged terminal. If the fact that the cable bridged terminal requested to be configured already has a distribution record can be inquired from a network management system database, the configuration of former distribution is set to the cable bridged terminal again. Through the cable bridged terminal configuration and management method, configuration and management of each fine-grained port can be achieved, charging according to ports in the later period is easily achieved, real-time switching on and plug and play of the cable bridged terminal are guaranteed, and each user does not need to be concerned about the specific working conditions and configuration application conditions of the cable bridged terminal; meanwhile, workload of manual configuration is effectively lightened, and manpower resources are released.

Description

technical field [0001] The invention belongs to the technical field of access network management, and in particular relates to a method for managing cable bridge terminals based on per user per service per VLAN (Per User Per Service Per VLAN, PUPSPV) configuration. Background technique [0002] When using Ethernet Passive Optical Network (Ethernet Passive Optical Network, EPON) and Ethernet data transmission over coaxial cable (Ethernet over COAX, EoC) technology to carry out two-way transformation of cable TV network, you can use the original fiber / coaxial hybrid (Hybrid Fiber Coax, HFC) network, the traditional cable TV service, broadband Internet service and voice telephone service, through IP technology to achieve triple play, in order to achieve the goal of high efficiency, high quality, low cost improvement; at the same time, it can also be used in While using the existing wired network resources as much as possible, realize fiber-to-building and coaxial-to-the-home,...

AI Technical Summary

Problems solved by technology

[0007] 1. Assuming a management scale of one million households, there are a total of 4×6×1 million = 24 million configurations. If the planning and implementation of these configurations are realized manually, it will take a long time to complete;

[0008] 2. When the terminal goes online for the first time, manual configuration cannot achieve the fast and real-time goal, and the user experience of opening an account is not ideal;

[0009] 3. If software is used to implement batch configuration of terminals, it will also fail to achieve the purpose of terminal plug-and-play due to real-time problems

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