Man-machine parameter and interactive interface optimization method and device based on ambient light control

Abstract

The invention discloses a man-machine parameter and interactive interface optimization method and device based on ambient light control, and the method comprises the following steps: selecting attribute factors affecting interface interaction as variables, the attribute factors including but not limited to ambient illumination a, screen brightness b and font inclination i; the variables are set to be not less than three level values respectively, the variables are transformed and combined to serve as characteristic parameters to be given to a display text, a plurality of stimuli are formed, each independent stimulus is set to be not less than one detection item, and only one detection item is correct; the stimulus is output at a certain time interval, and a tester searches and judges the stimulus in a tested target range to find out a correct detection item; the method comprises the following steps: collecting experimental data, and carrying out statistical analysis by taking the reaction efficiency, including the accuracy and the reaction time, of a tester as dependent variables to obtain the influence of each variable and the interaction of each variable on the reaction efficiency of the tester.

Description

technical field [0001] The invention relates to the field of computer software, in particular to a method and device for optimizing man-machine parameters and interactive interfaces based on ambient light control. Background technique [0002] Since the COVID-19 epidemic raged around the world, many countries have established fever screening systems to initially identify fever patients and control the spread of the epidemic. Therefore, various temperature measuring instruments with digital display screens have become an important epidemic prevention tool for global public places and family self-examination. Hand-held infrared thermometers are widely used in public areas because of their low cost and flexible use. In public areas such as railway stations, airports, etc., where there is a huge flow of people, using a hand-held thermometer to quickly screen abnormal data in a very limited display area, and usually need to ensure a certain safe distance, will bring great harm t...

AI Technical Summary

Problems solved by technology

[0004] At present, there are few tests on the visual recognition efficiency of display screens at home and abroad. Although some countries or industry standardization organizations have formulated display standards for LCD display screens, and their standardization systems are also in the process of continuous improvement and development, there are no relevant standards. Directly measure the interaction between the display screen and the ambient illumination, and its impact on the efficiency of visual recognition

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