Plenary talk June 29; The 3rdGeneration of Robotics: Ubiquitous Robot

Jong-Hwan Kim
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Abstract

This talk shows its possibility of implementation in real life through demonstrations using a Sobot, Rity: i) continuous interface between physical and virtual worlds ii) seamless transmission of Sobot between a PC and a Mobot, and iii) omnipresence of Sobot. Rity, developed at the Robot Intelligence Technology (RIT) Laboratory, KAIST, is a Sobot implemented as a 12 DOF artificial creature in the virtual 3D world created in a PC. It has virtual sensors to survive in the virtual world and physical sensors attached to the PC to interact with the real world. Based on sensor information it can express its emotion, and interact with human beings through a web camera in the real world. It can generate behaviors autonomously and has its own IP. This means that it can be accessed through a network at anywhere and anytime using any device. With this technique omnipresence of Sobot can be realized in a ubiquitous space. The eventual goal of this research is to integrate Sobot, Embot, and Mobot to build up a Ubibot so that ubiquitous services through it can be available in a ubiquitous era
6月29日全体会议;第三代机器人:无处不在的机器人
这次演讲通过使用Sobot的演示展示了它在现实生活中实现的可能性,Rity: i)物理世界和虚拟世界之间的连续接口ii) Sobot在PC和Mobot之间的无缝传输iii) Sobot的无所不在。韩国科学技术院(KAIST)机器人智能技术(RIT)实验室开发的“Rity”是在PC上创建的虚拟3D世界中,以12自由度的人工生物形式实现的Sobot。它有在虚拟世界中生存的虚拟传感器和连接在PC上与现实世界互动的物理传感器。基于传感器信息,它可以表达自己的情感,并通过现实世界中的网络摄像头与人类互动。它可以自主生成行为,并拥有自己的IP。这意味着它可以通过网络随时随地使用任何设备进行访问。通过这种技术,Sobot可以在无所不在的空间中实现无所不在。本研究的最终目标是整合Sobot、Embot和Mobot,构建一个Ubibot,通过它可以在无处不在的时代提供无处不在的服务
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