Wearable multispectral imaging and telemetry at edge

Yang Cai, Mel Siegel
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Abstract

We present a head-mounted holographic display system for thermographic image overlay, biometric sensing, and wireless telemetry. The system is lightweight and reconfigurable for multiple field applications, including object contour detection and enhancement, breathing rate detection, and telemetry over a mobile phone for peer-to-peer communication and incident command dashboard. Due to the constraints of the limited computing power of an embedded system, we developed a lightweight image processing algorithm for edge detection and breath rate detection, as well as an image compression codec. The system can be integrated into a helmet or personal protection equipment such as a face shield or goggles. It can be applied to firefighting, medical emergency response, and other first-response operations. Finally, we present a case study of "Cold Trailing" for forest fire containment.
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边缘可穿戴多光谱成像和遥测技术
我们提出了一种头戴式全息显示系统,用于热成像图像覆盖,生物识别传感和无线遥测。该系统重量轻,可重新配置,适用于多种现场应用,包括物体轮廓检测和增强、呼吸率检测、通过移动电话进行遥测,用于点对点通信和事件指挥仪表板。由于嵌入式系统的计算能力有限,我们开发了一种轻量级的图像处理算法,用于边缘检测和呼吸率检测,以及图像压缩编解码器。该系统可以集成到头盔或个人防护设备中,如面罩或护目镜。它可以应用于消防、医疗应急响应和其他第一反应操作。最后,提出了“冷追踪”在野外森林防火中的应用实例。
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