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当前位置: 首页 > 文章 > 温室超低功耗无线传感器智控系统设计——基于MSP430和ZigBee 农机化研究 2017,39 (1) 207-211
Position: Home > Articles > Design for Intelligent Control System for Ultra Low Power Wireless Sensor Based on MSP430 and ZigBee Journal of Agricultural Mechanization Research 2017,39 (1) 207-211

温室超低功耗无线传感器智控系统设计——基于MSP430和ZigBee

作  者：
魏纯;刘红艳
单  位：
济源职业技术学院机电工程系;武汉东湖学院电子信息学院
关键词：
MSP430;超低功耗;ZigBee无线传感器;CC2530;上位机;温室
摘  要：
为了实现对大棚温室环境温度的有效监控,采用ZigBee技术,通过SN8P2722八位单片机自主采集和控制大棚环境温度,使温度的调节更加方便快捷,并经由无线射频发射器与MSP430F149超低功耗嵌入式系统通信,通过开发底层软件和上位机软件,实现对大棚温度自动调节的智能控制系统的设计。实验结果表明:本超低功耗智能控制系统运行良好,可以自动地对蔬菜大棚环境温度进行检测与调节。此系统人机界面操作方便,且采集系统携带方便、经济适用和省电,具有重要的现实意义。
译  名：
Design for Intelligent Control System for Ultra Low Power Wireless Sensor Based on MSP430 and ZigBee
作  者：
Wei Chun;Liu Hongyan;School of Electronic and Information Engineering,Wuhan Donghu University;Department of Mechanical and Electrical Engineering,Jiyuan Vocational and Technical College;
关键词：
MSP430;;ultra low power consumption;;ZigBee wireless sensor;;CC2530;;PC;;greenhouse
摘  要：
In order to realize the effective monitoring of greenhouse environment temperature. In this paper,the ZigBee technology,SN8P2722 8 bit single chip computer through the autonomous acquisition and control greenhouse environment temperature and the temperature adjustment more convenient and quick,and via wireless RF transmitters and MSP430 ultra low power embedded system communication,through the development of the underlying software and PC software,let people through the PC real-time understanding of the measured temperature,the design and implementation of intelligent control system of greenhouse temperature automatic adjustment of. Experimental results show that the intelligent control system of the ultra-low power consumption can run well and can automatically detect and adjust the temperature of the greenhouse environment. This system is convenient for man-machine interface,and it has important significance for improving the portability,economic applicability and saving energy of the acquisition system.

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