Wireless Micro and Nano Sensors for Physiological and Environmental Monitoring

机译：用于生理环境监测的无线微型和纳米传感器

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A practical implementation of a wearable physiological and environmental monitoring system is presented. The technical requirements for wearable electronics and sensors are analyzed. A proposed system includes micro and nano device design, wireless network based on TCP/IP protocol and software application. The result samples from monitoring in ambulatory environment are discussed.

机译：提出了可穿戴生理和环境监测系统的实际实现。分析了可穿戴电子和传感器的技术要求。建议的系统包括微型和纳米器件设计，基于TCP / IP协议和软件应用的无线网络。讨论了在动态环境中监测的结果样本。

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《Nano Science and Technology Institute Nanotechnology Conference and Trade Show》|2006年||共4页
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Bozena Kaminska; Nano Science and Technology Institute(NSTI);
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正文语种
中图分类特种结构材料;
关键词
wearable computing; medical sensors; wireless network; monitoring; SoC;

机译：可穿戴计算;医学传感器;无线网络;监测;SOC;

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1. Development of polymer-based sensors for integration into a wireless data acquisition system suitable for monitoring environmental and physiological processes [J] . Arshak K, Morris D, Arshak A, Biomolecular engineering . 2006,第5期

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2. Wireless self-powered sensor networks driven by triboelectric nanogenerator for in-situ real time survey of environmental monitoring [J] . Zhou Zhihao, Li Xiaoshi, Wu Yufen, Nano Energy . 2018,第期

机译：由摩擦电纳米液驱动的无线自动传感器网络，用于原位实时对环境监测调查
3. The microelectronic wireless nitrate sensor network for environmental water monitoring [J] . Gartia M.R., Braunschweig B., Chang T.-W., Journal of environmental monitoring: JEM . 2012,第12期

机译：用于环境水监测的微电子无线硝酸盐传感器网络
4. Wireless Micro and Nano Sensors for Physiological and Environmental Monitoring [C] . Bozena Kaminska Cleantech Conference and Trade Show . 2007

机译：用于生理环境监测的无线微型和纳米传感器
5. Portable wireless multi-sensor microsystems for environmental monitoring. [D] . Mason, Andrew J. 2000

机译：用于环境监测的便携式无线多传感器微系统。
6. A Self-Sustained Wireless Multi-Sensor Platform Integrated with Printable Organic Sensors for Indoor Environmental Monitoring [O] . Chun-Chang Wu, Wen-Yu Chuang, Ching-Da Wu, 2017

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7. A Wireless Sensor Network for Monitoring Physical Activity, Physiological Response, and Environmental Conditions [O] . Pook Michael Leon 2011

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8. Development of a Wireless MEMS Multifunction Sensor System and Field Demonstration of Embedded Sensors for Monitoring Concrete Pavements: Volume II - Development of a Wireless MEMS Multifunction Sensor (WMS) System for Concrete Pavement Health Monitoring. [R] . Ceylan, H., Yavas, S., Dong, L., 2016

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Wireless Micro and Nano Sensors for Physiological and Environmental Monitoring

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