Human-Computer Interaction Design of Intelligent Vehicle-Mounted Products Based on the Internet of Things

Kang Wang,Sang-Bing Tsai

doi:10.1155/2021/6795440

Abstract

With the development of science and technology, human-computer interaction technology has also been more applied. This article aims to use the Internet of Things technology to apply human-computer interaction technology to smart car products to improve the realism and immersion of the user's human-computer interaction experience. This paper deeply studies the concept of networking technology and frame composition and analyzes the intelligent vehicle product development strengths and weaknesses. Then, from the perspective of human-computer interaction design, the training response and training learning situation of human-computer interaction are proposed, and the human-computer interaction system of intelligent vehicle-mounted products based on the Internet of Things is constructed. The user experience is improved from this perspective, and the breadth of applications is increased. This article first analyzes and predicts the market size of smart car products and then analyzes the scene elements of car products. When designing car products, the driver's control range should be fully considered. Finally, the user's human-computer interaction experience analysis for smart car products is analyzed. In the execution of navigation and telephone tasks, there is no significant difference in user satisfaction with tasks and the P values are all less than 0.05.

Highlights

China has become a country with large car ownership
E emergence of human-computer interaction applications plays an important role in smart car products
In the past two decades, people have experienced rapid development in the telephone sector, and perhaps in the two decades, they will expect the same situation in the automotive field. e question he raised concerns the possibility of creating a mobile application for smart car management and control. His experiment is still affected by many restrictive factors in real life [2]. e inherent characteristics of IoT devices of Alrawais, such as limited storage space and limited computing power, require a new platform to efficiently process data. e concept of fiber optic gyro computing is introduced into technology to bridge the gap between remote data centers and IoT devices

Summary

Introduction

China has become a country with large car ownership. According to statistics, as of the end of 2013, the number of civilian cars in Beijing has exceeded 5 million, which has reached 5.2 million, an increase of 10% over the previous year, and at the same time, the daily average number of vehicles is increasing sharply. E emergence of human-computer interaction applications plays an important role in smart car products. Ese Mobile Information Systems benefits make fiber optic gyroscopes an appropriate paradigm for many Internet of ings services in various applications, such as connecting vehicles and smart grids. E innovations of this article are as follows: (1) using the technical architecture of the Internet of ings, using smart car products, and designing human-computer interaction system applications; (2) experimental evaluation of humancomputer interaction design experience, choosing from the target user, selecting the experience scene, and selecting the man-machine interactive device that provides a sense of high-quality interactive experience.

Internet of ings

Findings

F F crit