A prompting method and device for a human-computer interaction interface of a machine-aided testing system

Abstract

The present invention provides a prompting method and apparatus of a human-computer interaction interface of a computer-aided test system. The method comprises: reading position data and target data of each debugging point; reading real-time test data and extracting current status data of each debugging point; comparing the current status data of each debugging point with the target data of the debugging point to obtain error data and generate an error histogram; generating a debugging point distribution map automatically according to the position data of each debugging point, and displaying the error data, in the form of a number or an error histogram, of each debugging point at or around the corresponding debugging point; determining whether the current status data of each debugging point reaches the target data or the error data is less than a set error value; if yes, ending debugging; and if not, going back. Implementation of the prompting method and apparatus of the human-computer interaction interface of the computer-assisted test system of the present invention has the following advantageous effects: significantly reducing the probability of errors caused by manual mapping and positioning of debugging points by debugging workers, and significantly reducing the labor intensity.

Description

technical field [0001] The invention relates to the field of machine-aided testing systems, in particular to a prompting method and device for a human-computer interaction interface of the machine-aided testing system. Background technique [0002] The filters used in communication systems are limited by processing and assembly precision, and most of them must be debugged to meet the pre-designed requirements. However, there are many target parameters for filter debugging, and it is difficult to judge and debug completely by manual experience. The experience and proficiency of the debugging workers are very high, and the consistency deviation of manual judgment and debugging is often large. The use of machine-assisted debugging system is to replace manual judgment. Provide data analysis on the debugging status of the filter, and prompt the debugging workers to carry out debugging. In this way, the technical experience requirements of the debugging workers are reduced, and ...

AI Technical Summary

Problems solved by technology

[0005] The technical problem to be solved by the present invention is that, aiming at the defects of the prior art that the above-mentioned debugging workers are prone to make mistakes due to manual corresponding positioning and debugging points, and increase the labor intensity of workers, it provides a method that significantly reduces the labor cost of debugging workers due to manual corresponding positioning and debugging points. Prompt method and device for man-machine interaction interface of machine-aided test system that greatly reduces the probability of error and greatly reduces the labor intensity of workers

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