Mobile HFC network information interaction system

Abstract

The invention relates to a mobile HFC (Hybrid Fiber Coaxial) network information interaction system which comprises a mobile client side. The mobile client side is used for receiving a user operation instruction, generating data request information according to the received user operation instruction and visiting an HFC business system according to the data request information to obtain corresponding request data from the HFC business system. With the adoption of the scheme, operation and maintenance personnel working outdoors can conveniently and timely obtain required related information data through the mobile client side, so that the troubleshooting time is greatly shortened, and the troubleshooting efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of digital television networks, in particular to a mobile HFC network information interaction system. Background technique [0002] With the continuous deepening of the integration of the three networks, the HFC (Hybrid Fiber Coaxial Cable) network has been upgraded from a simple one-way analog signal transmission network to a complex two-way digital signal transmission network. The continuous transformation of the HFC network not only upgrades and improves the network, but also brings huge information data and economic benefits to people, and also exacerbates the contradiction between people's growing demand for downtime compression and complex network communication maintenance technology's demand for massive information . One of the manifestations of this contradiction includes: when dealing with the faults of the HFC network, in order to troubleshoot the faults of the equipment used by the user in time, ...

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Problems solved by technology

One of the manifestations of this contradiction includes: when dealing with the faults of the HFC network, in order to troubleshoot the faults of the equipment used by the user in time, it is necessary for the operation and maintenance personnel who go out to work to go to the equipment used by the user. When troubleshooting certain faults, it may be necessary to apply a large amount of test data related to the device, such as collected CM / CMTS (cable modem / cable modem termination system) data, user information, etc., according to the actual With the detection scheme in the technology, the operation and maintenance personnel working outside the field cannot self-inquire and know the test data and user information related to the device in a timely manner during troubleshooting. They can only wait for the operation and maintenance service center to obtain these test data and give feedback. , and then troubleshoot equipment faults based on the information of these massive test data, thus prolonging the troubleshooting time, affecting the efficiency of troubleshooting, and affecting the user experience

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