Automatic Guidance and Assistance in Specific Areas Based on Mobile Robot

Cheng-Yan Siao, Rong-Guey Chang, Robert Kuo Chung Lin, F. Foo
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Abstract

At present, COVID-19 still affects the world. In order to avoid contact among people, we build site simulation maps for specific areas of the region and introduce mobile robots. In the hospital, it is possible to simulate the route between the corridor and the ward, and use mobile robots to complete specific location guidance and regional patrols, replacing medical manpower. With our proposed system, the user can reach the desired destination through the voice guidance of the robot without the assistance of medical staff. When the user is in danger, the robot can provide a video phone to complete the emergency contact, so that the staff can remotely control the robot to assist the user. We add automatic patrol and detection to the robot's travel route. When the robot finds suspicious objects in the process of moving, the system immediately returns to the alarm guard. The results show that mobile robots can effectively reduce manpower and avoid contact between people.
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基于移动机器人的特定区域自动引导与辅助
当前,疫情仍在影响全球。为了避免人与人之间的接触,我们为该地区的特定区域建立了现场模拟地图,并引入了移动机器人。在医院,可以模拟走廊和病房之间的路线,使用移动机器人完成特定的位置引导和区域巡逻,取代医疗人力。通过我们提出的系统,用户可以在没有医护人员的帮助下,通过机器人的语音引导到达期望的目的地。当用户遇到危险时,机器人可以提供视频电话完成紧急联络,工作人员可以远程控制机器人协助用户。我们在机器人的行进路线中增加了自动巡逻和检测。当机器人在移动过程中发现可疑物体时,系统立即返回到报警警卫。结果表明,移动机器人可以有效地减少人力,避免人与人之间的接触。
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