Automatic ONU programming management system

Abstract

The invention discloses an automatic ONU programming management system. The system comprises an information scanning module, a smart programming module, a data storage module and a fault analysis module; the information scanning module is used for feeding back the acquired ONU equipment information to an interface; the smart programming module is used for programming after ONU equipment is connected, setting a corresponding value to the corresponding ONU equipment through a remote command after the smart programming module reads information contents of the corresponding ONU equipment, and feeding back a programming result to the interface; the data storage module is used for storing the acquired ONU equipment information in the background of the system for later analysis; the fault analysis module is used for intelligently analyzing the status of the acquired ONU equipment to locate the fault and form a fault analysis report. By means of the automatic ONU programming management systemand method, ONU delivery qualification rate is improved, ONU detection speed is accelerated, and manpower cost of inspection lines is saved.

Description

technical field [0001] The invention relates to an automatic management system and method for ONU programming. Background technique [0002] In the current ONU industry, two methods are generally used for software programming. The first is purely manual, which requires high quality personnel and generally requires professionals to operate. Manual intervention leads to frequent failures and many mistakes; the other is to use Automated systems, but generally only change the commands operated by professionals into computers. Although they can reduce errors to a certain extent, they are rarely used because the efficiency is too slow in actual use. At present, the industry has not yet seen the ability to perform data processing at one time. A programming method and system that can intelligently analyze programming faults and even more than ten ONUs. Contents of the invention [0003] In order to solve the above problems, the present invention provides an ONU burning automatic ...

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Problems solved by technology

[0002] In the current ONU industry, two methods are generally used for software programming. The first is purely manual, which requires high quality personnel and generally requires professionals to operate. Manual intervention leads to frequent failures and many mistakes; the other is to use Automated systems, but generally only change the commands operated by professionals into computers. Although they can reduce errors to a certain extent, they are rarely used because the efficiency is too slow in actual use. At present, the industry has not yet seen the ability to perform data processing at one time. A programming method and system that can intelligently analyze programming faults and even dozens of ONUs

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