OTDR testing method based on industrial internet platform

Abstract

The invention provides an OTDR testing method based on an industrial internet platform, comprising the following steps of: setting an OTDR testing device and an edge server for testing optical fibers,wherein the device end program set in the OTDR testing device sequences the original data of an optical fiber testing, and sending the original data to the edge server through a network; performing process calculation on the original data through the process algorithm module set in the edge server, and uploading the intermediate calculation result to an application program workstation through thenetwork; the application program workstation comparing the intermediate calculation result with the threshold value prestored in the database, performing the logic judgment to analyze whether the testing result meets the requirement or not, and sending the corresponding unqualified item number to the edge server if there is a super-scalar item; and the edge server drawing a testing report according to the original data, the intermediate calculation result, and the unqualified item number of the optical fiber testing, and pushing them to a corresponding display device for a tester to check.

Description

technical field [0001] The present invention relates to the field of industrial Internet, in particular, the present invention relates to an OTDR (Optical Time Domain Reflectometer) testing method based on the industrial Internet platform. Background technique [0002] The widespread application of information technology such as the Internet and the development of 5G technology have made countries and industries all over the world have higher and higher requirements for optical fiber performance. In order to achieve strict control of product quality, optical fiber manufacturing companies attach great importance to optical fiber testing. OTDR testing is an optical fiber A very complex and important part of the test. [0003] In the existing OTDR test method, the program on the test equipment completes test instruction sending, test raw data collection, complex process calculation, logic judgment and test report drawing. Because the OTDR test program needs to perform a large ...

AI Technical Summary

Problems solved by technology

However, in the traditional OTDR test program, functional modules such as data acquisition, process calculation, logical judgment, and report drawing are tightly coupled, and it is difficult to split them reasonably. Under the requirements of test efficiency and agile development, it is very difficult to implement system migration

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