2010Jisuanji gongchengRequires access

Wireless Distributed Monitoring System for Protected Environment

Song Ai-guo

Open publisher page 1 citations

Abstract

To solve the problems of the traditional data acquisition system in greenhouse, a wireless distributed monitoring scheme with three-level structure is proposed. The frequency hopping technology is used and a effective point to multi-point protocol is developed between the master controller node and the terminal nodes. Force control configuration software which implements a combination of China agriculture is adopted to achieve real-time monitoring. The test running of the system shows good performances, excellent generalization and scalability.

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What this paper is about

To solve the problems of the traditional data acquisition system in greenhouse, a wireless distributed monitoring scheme with three-level structure is proposed. The frequency hopping technology is used and a effective point to multi-point protocol is developed between the master controller node and the terminal nodes. Force control configuration software which implements a combination of China agriculture is adopted to achieve real-time monitoring. The test running of the system shows good performances, excellent generalization and scalability.

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Available abstract

To solve the problems of the traditional data acquisition system in greenhouse, a wireless distributed monitoring scheme with three-level structure is proposed. The frequency hopping technology is used and a effective point to multi-point protocol is developed between the master controller node and the terminal nodes. Force control configuration software which implements a combination of China agriculture is adopted to achieve real-time monitoring. The test running of the system shows good performances, excellent generalization and scalability.

Key concepts: Computer science, Scalability, Wireless, Controller (irrigation), Node (physics), Wireless sensor network, Real-time computing, Protocol (science)

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