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IoT-enabled multimodal sensing headwear system

机译:启用了IOT的多式联传感头饰系统

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摘要

With the proliferation of Internet of Things (IoT) paradigm, wearable devices and solutions aim to resolve unmet needs from military, automotive to healthcare domains. Particularly, there are growing interests in wearable Brain Computer Interface (BCI) from both commercial and research applications. Still uphill challenges lie ahead to bring such BCI technologies to mass market due to lack of technical, usability and application aspects. To fill these gaps, this paper presents design, development and evaluation of an IoT-enabled multimodal headwear system, iMESH. Our solution senses user's neural, physiological and physical states through direct measurements and derives health parameters. We then developed driving fatigue assessment application as exemplar to illustrate applicability and feasibility of the proposed solution. Initial results are promising and with ongoing development on methodologies, we are hoping to further develop and validate iMESH functionalities in different applications.
机译:随着物联网的扩散(物联网)范式,可穿戴设备和解决方案的目标是从军队,汽车到医疗域来解决未满足的需求。特别是,来自商业和研究应用的可穿戴脑电脑界面(BCI)日益增长的兴趣。由于缺乏技术,可用性和应用方面,仍然艰难的挑战使得这些BCI技术为大众市场带来。要填补这些差距,本文介绍了启用物联网的多式联马型头饰系统的设计,开发和评估。我们的解决方案通过直接测量来感应用户的神经,生理和物理状态,并导出健康参数。然后,我们开发了推动疲劳评估应用程序作为示例,以说明所提出的解决方案的适用性和可行性。初步结果是有前途的,并且在方法中持续发展,我们希望进一步开发和验证不同应用程序的IMESH功能。

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