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Self-powered Wireless Sensor Network for Environment Monitoring

Tao Yang

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Abstract

ZigBee-based wireless sensor networks in greenhouse environmental monitoring has many remarkable advantages due to its large capacity,low-power,good scalability and self-organization of nodes in sensor networks. It mainly discussed a solar-based,solar-powering technology and architecture of ZigBee wireless sensor networks applied in the greenhouse.And it introduced the application data collecting network based on ZigBee protocol in detail,including the monitoring host computer software and the hardware design of sensor node.

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What this paper is about

ZigBee-based wireless sensor networks in greenhouse environmental monitoring has many remarkable advantages due to its large capacity,low-power,good scalability and self-organization of nodes in sensor networks. It mainly discussed a solar-based,solar-powering technology and architecture of ZigBee wireless sensor networks applied in the greenhouse.And it introduced the application data collecting network based on ZigBee protocol in detail,including the monitoring host computer software and the hardware design of sensor node.

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Available abstract

ZigBee-based wireless sensor networks in greenhouse environmental monitoring has many remarkable advantages due to its large capacity,low-power,good scalability and self-organization of nodes in sensor networks. It mainly discussed a solar-based,solar-powering technology and architecture of ZigBee wireless sensor networks applied in the greenhouse.And it introduced the application data collecting network based on ZigBee protocol in detail,including the monitoring host computer software and the hardware design of sensor node.

Key concepts: Wireless sensor network, NeuRFon, Key distribution in wireless sensor networks, Scalability, Mobile wireless sensor network, Sensor node, Embedded system, Wireless

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