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基于Unity3D科目二驾考模拟平台设计与实现

Design and Implementation of Driving Test Simulation Platform Based on Unity3D Subject 2
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摘要 为了解决传统驾校培训存在的问题,文中结合传统训练,利用虚拟现实与人机交互技术设计了基于Unity3D的科目二驾考模拟平台,让学员学习驾驶操作技巧,熟悉科目二考试流程,从而达到高效的训练效果。同时,该设计节约了培训成本,促使驾校培训向节能减损、绿色驾培的方向发展。开发一款结合虚拟现实技术和人机交互技术的高自由度的平台来模拟驾考,可以不受天气、时间、场地等众多因素限制,还可以缩短学员培训时间,提高学员考试通过率,同时可以提高学员对突发状况的判断,减轻学车时的紧张感。对教练而言,该平台能够有效缩短指导时间,减小工作强度,还能降低驾校的汽车损耗、油耗以及安全风险等多方面成本,在教导教学培训上有着重要的现实意义,能有效解决“没场地、没时间、没条件”三大问题。该软件可以在手机、电脑上进行,满足随时随地复习知识点和对细节进行复盘的需求。 In order to solve the problems brought by the traditional driving school training,this paper combines with the traditional training,using virtual reality and human-computer interaction technology to produce“Based on Unity3D Sub-ject 2 Driving Test Simulation Platform Design and Implementation”,so that students can learn the driving operation skills,familiar with the subject 2 test process,so as to achieve efficient training effect.At the same time,it saves the training cost,and develops towards the direction of energy saving and loss reduction and green driving training.Develop a highly free platform that combines virtual reality technology and human-computer interaction technology to simulate driv-ing tests.The software project is not limited by the weather,time,venue and many other factors,but it can also reduce the training time of students,improve the test pass rate of students,and improve the psychological judgment of possible emergencies,and reduce the tension of learning to drive.For the coaches,it can effectively shorten the guidance time and reduce the work intensity.For the driving school can reduce the driving school if the demand,car loss,fuel consumption and safety risks and other costs.In the teaching and training above has important practical significance,can effectively solve the“no place,no time,no conditions”three difficult to learn to drive,the software can be on the mobile phone,on the computer,to meet the anytime and anywhere review knowledge points and details for review.
作者 钱叶重 范俊磊 任永康 王家祺 王佳婧 QIAN Yezhong;FAN Junlei;REN Yongkang;WANG Jiaqi;WANG Jiajing(School of Electrical and Information Engineering,Jilin Agricaltural Science and Technology University,Jilin 132101,China)
出处 《移动信息》 2023年第4期160-162,共3页 MOBILE INFORMATION
基金 吉林农业科技学院大学生科技创新创业训练计划项目:基于Unity3D引擎的驾考科目二虚拟仿真训练平台设计与实现(2022016)。
关键词 UNITY3D 3dsMax C# Unity3D 3dsMax C#
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