MoBI-Box: A next generation Mobile Brain-Body Imaging Platform

Ying Choon Wu, Jeffery Wang, Andrew Tran, Alex Schperberg, John Caldwell, T. Jung, Po-Chih Kuo
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Abstract

MoBI-Box is an inexpensive, portable, and ergonomic desktop system for simultaneously measuring and integrating multiple types of biosignals that transpire at different time scales and levels of organization. It can be assembled from readily available, off-the-shelf components and customized to suit specific needs. It can be implemented in a wide range of settings, including homes, classrooms, clinics, and research labs for only a modest start-up cost (beginning around $1200). MoBI-Box systems are currently in use for a number of training and research applications. This paper will outline an ongoing project to explore the impact of motor imagery on learning of a complex skill with both motoric and conceptual elements - namely, learning Mandarin orthography. Findings have implications for the development of training systems in other specialized domains that require not only kinesthetic expertise, but also specialized knowledge.
MoBI-Box:下一代移动脑-体成像平台
MoBI-Box是一种廉价、便携、符合人体工程学的桌面系统,用于同时测量和整合在不同时间尺度和组织水平上发生的多种类型的生物信号。它可以从现成的,现成的组件组装和定制,以满足特定的需求。它可以在广泛的环境中实施,包括家庭、教室、诊所和研究实验室,启动成本不高(大约1200美元起)。MoBI-Box系统目前用于许多培训和研究应用。本文将概述一个正在进行的项目,探讨运动意象对学习一项既有运动元素又有概念元素的复杂技能的影响,即学习普通话正字法。研究结果对其他专业领域的训练系统的发展具有启示意义,这些领域不仅需要动觉专业知识,还需要专业知识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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