Classification of wearable computing: A survey of electronic assistive technology and future design

A. Chatterjee, A. Aceves, R. Dungca, Hugo Flores, K. Giddens
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引用次数: 26

Abstract

In the past decade there have been significant advancements in computer technology that have reduced the hardware form factor as well as increased energy efficient computing. Using network protocols for near field communication such as Body Area Networks (BANs), smaller and lighter computing units with attached sensors have transformed into wearable devices. These devices have served a plethora of purposes including providing assistance to people with disabilities, gathering data, serving as sensors and enhancing human capabilities among other things. Depending on the usage and infrastructure, the devices can be classified into respective domains. In this paper we survey wearable computing devices and classify the same based on the form of assistance that is delivered to the person wearing the device. We also introduce a framework for futuristic devices that can operate in harsh environments.
可穿戴计算的分类:电子辅助技术与未来设计综述
在过去的十年里,计算机技术有了显著的进步,减少了硬件的外形因素,提高了能效计算。使用身体区域网络(ban)等近场通信网络协议,带有附加传感器的更小、更轻的计算单元已经转变为可穿戴设备。这些设备有多种用途,包括为残疾人提供帮助、收集数据、充当传感器和增强人类能力等。根据使用情况和基础设施,可以将设备分为各自的域。在本文中,我们调查了可穿戴计算设备,并根据向佩戴该设备的人提供帮助的形式对其进行了分类。我们还为未来的设备引入了一个框架,可以在恶劣的环境中运行。
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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