测量、仪表、控制和分析(MICA):无线传感器的模块化系统

Adam Spanbauer, A. Wahab, Brian D. Hemond, I. Hunter, L. Jones
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引用次数: 8

摘要

正在开发一种小型数字传感器和发电机的模块化系统,该系统包括带有图形显示和听觉反馈的用户界面,以解决使用笨重且通常不兼容的有线传感器和相关仪器测量人体性能各个方面的局限性。该计划被称为MICA(测量、仪器、控制和分析),需要开发一种高数据速率、低延迟的无线协议。该协议针对实时测量和控制进行了优化,将传感器和发电机网络连接到中央数据采集系统。设计MICA的目标是在不牺牲仪器质量的前提下,以最小的成本实现简单性和模块化。MICA传感器系统的性能在测量活动的人类和人类控制下的物体运动的电生理变量的背景下进行了描述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Measurement, instrumentation, control and analysis (MICA): A modular system of wireless sensors
A modular system of small digital sensors and generators that includes a user interface with a graphical display and auditory feedback is being developed to address the limitations associated with measuring various aspects of human performance using bulky and often incompatible wired sensors and associated instrumentation. The initiative is called MICA (Measurement, Instrumentation, Control and Analysis) has entailed developing a high data rate, low latency wireless protocol. Optimized for real-time measurement and control, the protocol has been developed to link a network of sensors and generators to a central data acquisition system. The goal in designing MICA was simplicity and modularity at minimum cost without sacrificing instrumentation quality. The performance of the MICA sensor system is described in the context of measuring electrophysiological variables from active humans and the motion of objects under human control.
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