The Research of Computer Technology on the Efficiency of Visual inspection and Information Reading in Off-road Vehicles

2021 International Conference on Digital Society and Intelligent Systems (DSInS) Pub Date : 2021-12-03 DOI:10.1109/dsins54396.2021.9670597

Yulie Wang, Boku Li

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Abstract

Objective method conclusion Explore the impact of off-road vehicle driving environment and instrument interface design factors on driver reading efficiency and visual inspection. The experimental principle of computer simulation of visual information is studied, and the eye movement data of drivers reading the instrument are recorded by ASL eye movement instrument; SPSS data analysis tool was used to analyze the experimental data indexes measured in the eye movement experiment.(1) Under the condition of simulated vibration, the lateral vibration of the instrument panel has a great impact on the driver’s reading;(2) The influence of vibration frequency on instrument reading efficiency is linear in the range of 0-20hz, and the influence of vibration frequency greater than 20Hz on reading efficiency decreases gradually;(3) The influence of vibration amplitude on instrument reading efficiency is nonlinear. When the amplitude is above 80pt, the influence on instrument reading efficiency gradually decreases.

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计算机技术对非公路车辆视觉检测和信息读取效率的研究

目的方法结论探讨越野车驾驶环境和仪表界面设计因素对驾驶员阅读效率和视觉检测的影响。研究了计算机模拟视觉信息的实验原理，利用ASL眼动仪记录驾驶员阅读仪器时的眼动数据;采用SPSS数据分析工具对眼动实验中测得的实验数据指标进行分析:(1)在模拟振动条件下，仪表板的横向振动对驾驶员的读数影响较大;(2)在0-20hz范围内，振动频率对仪表读数效率的影响呈线性关系;大于20Hz的振动频率对读数效率的影响逐渐减小;(3)振动幅值对仪器读数效率的影响是非线性的。当振幅大于80pt时，对仪器读数效率的影响逐渐减小。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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2021 International Conference on Digital Society and Intelligent Systems (DSInS)

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