摘要
针对新工科教育背景下对于拆装课程需求,通过手势识别与VR技术相结合,设计了一种高效真实的人机交互虚拟拆装训练系统。详细介绍了系统的功能结构,设计了诸如拆装、测量等训练功能分模块,使用Unity3D开发3D虚拟训练场景,并引入VR技术增加沉浸体验,并使用Leap Motion设备捕获手部数据,对数据进行分析并将手部动作转化为指示命令。为新技术助力新工科建设和工程教育领域的发展潜力提供了有力的实例。
Aiming at the demand of disassembly course under the background of new engineering education,an efficient and real hu⁃man-computer interaction virtual disassembly training system is designed by combining gesture recognition and VR technolo⁃gy[4]The functional structure of the system is introduced in detail,and the training function modules such as disassembly and mea⁃surement are designed.Unity3D is used to develop 3D virtual training scene,and VR technology is introduced to increase immer⁃sion experience.Leap Motion equipment is used to capture the hand data,analyze the data and convert the hand action into the in⁃struction command.It provides a powerful example for the development potential of new technologies to help new engineering con⁃struction and engineering education.
作者
解钢
齐鹏渤
项阳
王宇静
XIE Gang;QI Peng-bo;XIANG Yang;WANG Yu-jing(Shanghai University Of Engineering Science,Shanghai 201620,China)
出处
《电脑知识与技术》
2021年第24期151-154,共4页
Computer Knowledge and Technology
基金
上海工程技术大学机械与汽车学院新工科课程建设虚拟实验室成果。
