首页> 外文会议>Robotics and Automation, 2004. Proceedings. ICRA '04. 2004 IEEE International Conference on >Experimental study on interaction between a rat and a rat-robot based on animal psychology - analysis of basic factors necessary for a symbiosis between the rat and the robot
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Experimental study on interaction between a rat and a rat-robot based on animal psychology - analysis of basic factors necessary for a symbiosis between the rat and the robot

机译:基于动物心理学的大鼠与大鼠-机器人交互作用的实验研究-大鼠与机器人共生所需的基本因素分析

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We clarify the basic factors necessary for a symbiotic relationship between humans and robots. However, evaluating interaction between humans and robots is difficult due to a number of uncertain factors in human communication. Therefore, less sophisticated creatures, rats, were first selected, and we conducted interaction experiments between rats and robots. In our previous studies, we could not conduct these experiments for over 2 hours. We then developed a new experimental system to conduct the experiments without time restrictions. Using this system, we conducted two interaction experiments. In one experiment, the robot, meeting a rat's request, could live symbiotically with the rat. In the other experiment, the robot, behaving sequentially without having met the rat, could control the rat. This paper investigates the factors for a symbiotic relationship between a rat and a robot by comparing the two experiments.
机译:我们阐明了人与机器人之间共生关系所必需的基本因素。然而,由于人类交流中的许多不确定因素,评估人类与机器人之间的交互是困难的。因此,首先选择了较不复杂的生物,即老鼠,然后我们在老鼠和机器人之间进行了交互实验。在先前的研究中,我们无法进行超过2小时的实验。然后,我们开发了一种新的实验系统,可以不受时间限制地进行实验。使用该系统,我们进行了两个交互实验。在一个实验中,满足老鼠要求的机器人可以与老鼠共生。在另一个实验中,机器人在没有遇到老鼠的情况下依序表现,可以控制老鼠。通过比较两个实验,研究了大鼠与机器人之间共生关系的因素。

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