The Instrumented Multitask Assessment System (IMAS)

Z. Kane, E. Stecco, A. Napoli, C. Tucker, I. Obeid
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Abstract

This work introduces a closed loop virtual reality platform for rehabilitating members of the armed forces after concussion or lower extremity musculoskeletal injury. Subjects perform a virtual variable-speed foot patrol designed to bring the subject’s heartrate up to an operator-designated value. Relevant biometric measurements are timestamped and recorded for post-hoc analysis, including heart (ECG), brain (EEG), and movement kinematics of the hands, feet, hips, and head. The long-term goal is to use these data to guide return-to-duty decision making and to support efficient rehabilitation protocols. The platform is physically compact for ease of deployment and has been designed in a modular fashion to allow easy integration of new sensors in future designs.
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仪器多任务评估系统(IMAS)
本工作介绍了一个闭环虚拟现实平台,用于军队脑震荡或下肢肌肉骨骼损伤后的康复。受试者进行虚拟的变速步行巡逻,目的是将受试者的心率提高到操作员指定的值。相关的生物特征测量被标记时间并记录下来用于事后分析,包括心脏(ECG)、大脑(EEG)以及手、脚、臀部和头部的运动运动学。长期目标是利用这些数据指导重返工作岗位的决策,并支持有效的康复方案。该平台结构紧凑,易于部署,并采用模块化设计,以便在未来的设计中轻松集成新的传感器。
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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