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基于车辆神经机器人平台RatCar的、由神经信号控制的大鼠外骨骼机器人肢体的研发

Development of exoskeletal robotic limbs for a rat controlled by neural signals based on a vehicular neuro-robotic platform RatCar.

作者信息

Fukayama Osamu, Otsuka Hiroshi, Hashimoto Ryuta, Suzuki Takafumi, Mabuchi Kunihiko

机构信息

Graduate School of Information Science and Technology, The University of Tokyo, 7-3-1 Hongo, Bunkyo, Tokyo, Japan.

出版信息

Annu Int Conf IEEE Eng Med Biol Soc. 2012;2012:1707-10. doi: 10.1109/EMBC.2012.6346277.

Abstract

A pair of exoskeletal limbs for a rat has been developed based on a vehicular Brain-Machine Interface "Rat-Car". The "RatCar" is a whole-body motor prosthesis system for a rat developed by the authors, estimating locomotion velocity according to neural signals pattern to move the rat body by the vehicle instead of its original limbs. In this paper, exoskeletal limbs have displaced the wheels for more natural modality of body control. The system was tested by applying peripheral nerve signals from a behaving rat.

摘要

基于车辆式脑机接口“大鼠车”,已经开发出了一套用于大鼠的外骨骼肢体。“大鼠车”是作者研发的一种用于大鼠的全身运动假体系统,它根据神经信号模式估算运动速度,通过车辆而非大鼠原来的肢体来移动大鼠身体。在本文中,外骨骼肢体取代了轮子,以实现更自然的身体控制方式。该系统通过施加来自行为活动大鼠的外周神经信号进行了测试。

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