A human-computer interaction testing method and system for mobile terminals

Abstract

The invention discloses a human-computer interaction testing method and system for a mobile terminal, including an eye tracking subsystem, a mobile terminal screen acquisition subsystem, a control center, an eye tracking subsystem, a mobile terminal screen acquisition subsystem and a control center respectively. Central connection, the eye tracking subsystem is used to obtain eye track information that meets the requirements by automatically adjusting the position of the eye tracker, and the mobile terminal screen acquisition subsystem is used to obtain the screen video information of the mobile terminal by exporting real-time screen information of the mobile screen; control The center is used to convert the eye track information into eye track video information, adjust the position of the eye tracker according to the eye track image, perform data collection and coordinate transformation on the eye track video information and mobile terminal screen images, and combine the screen video information with the eye track Video information is superimposed to obtain human-computer interaction test results. This application automatically adjusts and accurately captures the convergence point of eyesight; exports the screen image of the mobile terminal, the data is more accurate, and the test effect is improved.

Description

technical field [0001] The present invention relates to the technical field of human-computer interaction testing, in particular to a method and system for human-computer interaction testing of mobile terminals. Background technique [0002] The man-machine interface is the most direct interaction layer between software and users. The quality of the interface determines the user’s first impression of the software. Good interface design is getting more and more attention from system analysts and designers, but how to test the man-machine interface And give an objective and fair evaluation, but there is no unified standard. [0003] At present, for the test of human-computer interaction, the camera is used to shoot the screen picture, and at the same time detect the focus of the eyes, project the shot picture and the eye movement track to the screen, and track the running track of the eye vision on the screen picture, so as to realize the human-machine interaction test. Inter...

AI Technical Summary

Problems solved by technology

[0002] The man-machine interface is the most direct interaction layer between software and users. The quality of the interface determines the user’s first impression of the software. Good interface design is getting more and more attention from system analysts and designers, but how to test the man-machine interface And give an objective and fair evaluation, but there is no unified standard

[0003] At present, for the test of human-computer interaction, the camera is used to shoot the screen picture, and at the same time detect the focus of the eyes, project the shot picture and the eye movement track, and track the running track of the eye vision on the screen picture, so as to realize the human-machine Interactive test, but in this test method, the screen image is saved in a picture format after shooting, and the picture format will affect the clarity of the picture, thereby affecting the test result

[0004] At the same time, because the position of the eye tracker is fixed, and the human eyes will change with the height and head movement of the person, it will affect the clarity of the eye track information collected by the eye tracker, which will affect the eye track information and reduce the test performance. precision

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