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《现代农业研究》[ISSN:1006-6977/CN:61-1281/TN]

卷:

期数:

2019年9期

页码:

121-122

栏目:

推广与实践

出版日期:

2019-09-10

文章信息/Info

Title:

Intelligent Agricultural system based on embedded Development

作者:

万晨威

江西财经大学330013

Author(s):

Wan Chenwei

Finance and Economics University Of Jiangxi 330013

关键词:

ZigBee ; CC2530; ARM; 智慧农业

Keywords:

zigbee;  cc2530;  arm;  intelligent agriculture

摘要:

中国现代农业的状态依然以传统的模式为主，生产效率低下，对农业数据的采集以及 控制能力不足。然而随着时代的进步，智慧农业即将成为农业发展的新潮流，其中基于ZigBee 技术的智慧农业技术在实时采集和远程控制方面拥有着重大的意义。为了实现智慧农业，提出 了使用Z-stack 半开源协议栈进行开发，实现温度，湿度，光照等信息的采集传输。通过使用外 部云端服务器实现远程通讯功能。该系统充分利用了ZigBee 网络的传输稳定，传输距离远的特 性，解决农业在数据采集上的难题，并结合ARM 开发板的数据处理能力，能满足智慧农业的需 求。

Abstract:

The state of modern agriculture in China is still dominated by the traditional mode, with low production efficiency and inadequate ability to collect and control agricultural data. However, with the progress of the times, smart agriculture will become a new trend of agricultural development. The smart agriculture technology based on ZigBee technology has great significance in real-time acquisition and remote control.In order to realize intelligent agriculture, the Z-stack semi-open source protocol stack is proposed to develop and realize the collection and transmission of temperature, humidity, light and oth? er information. The remote communication function is realized by using external cloud server. The sys? tem makes full use of the characteristics of ZigBee network, such as stable transmission and long trans? mission distance, and solves the difficult problem of agricultural data acquisition. Combining with the data processing ability of ARM development board, it can meet the needs of intelligent agriculture.

备注/Memo

备注/Memo:

作者简介：万晨威(1998.05-)，汉族，男，江西南昌，在校本科生，研究方向：软件工程。

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