使用自然用户界面控制器的儿童沉浸式驾驶模拟

Han Jiaqi, Markus Santoso, Lee Byoung Gook
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引用次数: 4

摘要

在这个项目中,我们试图缩小现实世界和合成环境之间的差距。为此,我们开发了一个身临其境的驾驶模拟,将有形工具与混合现实环境相结合。作为一种有形的工具,我们开发了一个真正的物理微型汽车,内部使用arduino传感器。为了给用户和arduino迷你车提供一种身临其境的感觉,我们在车前使用智能手机的摄像头,它会产生真实的驾驶感,因为用户会感觉他/她坐在车里开车。作为汽车控制器,我们优化了自然用户界面(NUI)控制器,该控制器采用了广泛使用的RGBD传感器Kinect。使用我们的场景,用户可以看到安装在迷你arduino汽车前的智能手机摄像头拍摄的真实场景,从而享受到真正的驾驶感。此外,用户可以使用Kinect捕捉到的手势来控制迷你汽车。最后,当用户驾驶汽车时,他们会发现几个增强现实(AR)标记,将各种交通工具可视化,它将创建一个关于交通规则的教育娱乐内容。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Immersive Driving Car Simulation for Children Using Natural User Interface Controller
In this project, we tried to narrow down the gap between real world and synthetic environment. For that purpose, we developed an immersive driving car simulation that combines tangible tool with mixed reality environment. As tangible tool, we developed a real physical mini car that employ arduino sensor inside. To provide an immersive sensation among user and arduino mini car, we employ camera belongs to smart phone in front of our car that it will create real-driving-sensation since the user will feel like s/he sit and drive inside the car. As car controller, we optimized a natural user interface (NUI) controller that employ widely-used RGBD sensor, Kinect. Using our scenario, user will enjoy a real-driving-sensation since they can witness real scene captured by smart phone camera installed in front of mini arduino car. Further more, user can control the mini car using their hand gesture captured by Kinect. Finally, while user driving the car, they will find several Augmented Reality (AR) markers that will visualize various traffic instruments and it will create an edutainment content about traffic rule.
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