基于人机互动技术的体感控制系统设计
2019-10-21张林强

摘 要:近年来,随着社会的发展,人类的进步,电子科技也在飞速的发展,从鼠标、键盘、手柄到触摸屏,再到现在的体感传感器,电子产品输入与输出设备在不断改进。然而,以前传统的手控人机互动形式已经越来越不能满足现代人强烈的个性化需求,因此随着时代的发展,提出了更加深层次的人机互动智能化需求。本设计以此为出发点构建并设计了此款体感控制系统。项目基于Windows平台,结合了景深图像采集、人机交互、体感识别、无线传输等技术,实现了人体姿态动作远程操控智能小车完成相应指令动作。对此项目的设计研究,旨在为后期舞蹈机器人的动作训练奠定基础,起到抛砖引玉作用。
关键词:人机交互;体感识别;Kinect;无线智能车
Abstract:In recent years,with the development of society and the progress of human beings, electronic technology is also developing rapidly. From mouse,keyboard,handle to touch screen,and now to the body sensor,the input and output devices of electronic products are constantly improving. However,the traditional form of human-computer interaction has been increasingly unable to meet the strong personalized needs of modern people,so with the development of the times,a deeper demand for human-computer interaction intelligence has been put forward. This design takes this as a starting point to construct and design the somatosensory control system. Based on Windows platform,the project combines depth-of-field image acquisition,human-computer interaction,somatosensory recognition,wireless transmission and other technologies to achieve the remote control of human gesture action intelligent car to complete the corresponding command actions. The design and research of this project aims to lay a foundation for the later stage of the dance robots action training and play a role in attracting valuable ideas.
Keywords:human-computer interaction;motion recognition;Kinect;wireless intelligent car
1 项目介绍
1.1 项目研究背景
大数据时代的来临,对于整个信息行业来说无疑是一个意义深远的革新,颠覆了传统时代的传播模式,而人机互动体感控制系统,作为媒体信息传播的一个载体,也是最先深受大数据影响的一个信息领域之一。本系统是基于大数据的多次模拟系统的设计与实现,因为我们正处于信息大爆炸的时代,海量的数据已经超过数据库的存储和管理,数据会不断地增多,所以我们需要有新的技术对这个庞大的数据进行分析、计算和模拟。通过多次的模拟训练,能够借助人体的感受去改进机器的运行轨迹,这也是人工智能化的需求方向。
1.2 项目方案的研究内容和特色
软件的需求分析是了解用户的需求,满足用户对软件的需要的一步。……
