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[会议论文] Smart Board for Precision Farming Using Wireless Sensor Network 进入全文

IEEEXplore

We live in a world which is rapidly moving toward smart systems to make every aspect of living easy and versatile. Smart farming systems are being adapted by farmers throughout the globe. This paper is going to venture through smart arable farming system for the farmers of Bangladesh with the concept of internet of things (IoT). The paper proposes a smart sensor system supported by actuators to automate farming and provide precision farming experience. The system helps person with inferior knowledge of technology to understand and maintain the system with a new device namely Smart Board. The board helps to monitor status of the farm and to send action command to farm machineries. This work also helps the practice of e-governance by setting a simple but effective data exchange between government and farmers. Farmers will get benefitted as the smart board will keep them up to date on governments agriculture related announcements. It is a systematic mixture of many technologies including a smart sensor network system.

[前沿资讯] Farming in the 21st Century Requires Being Connected 进入全文

美国农业部

As you step onto Bebb Farms in rural Labette County, Kan., you see tractors, combines, sprayers, grain bins, and semis. All necessary equipment on a Kansas farm, but perhaps the most important equipment you don’t see is the Internet. Smart phones and high-speed Internet have given farmers, such as Justin Bebb, the opportunity to be more efficient in their farming operations. Whether it’s updating maps with the local crop insurance adjustors, marketing crops, purchasing inputs, online banking, or communicating with customers - it all relies on high-speed Internet.

[前沿资讯] Drones effective tools for fruit farmers 进入全文

美国农艺学会

Unmanned aerial vehicles provide reliable, accurate data to growers. Olga Walsh, University of Idaho, is researching the use of drones for fruit trees. Most of the agricultural applications for drones -- or, more technically unmanned aerial vehicles (UAV) -- have been on grain crops like wheat, corn and soy. Walsh's research team focused on applying UAV technology to fruit trees. Her previous work has been with wheat and other crops. "We know drones can be used in orchards," says Walsh. "But there aren't any grower recommendations regarding what data needs to be collected and what kind of data is most useful, depending on the grower objective."

[前沿资讯] 广西:建设农业大数据中心 推进智慧农业发展 进入全文

人民网

近年来,广西紧紧围绕“互联网+现代农业”,以建设智慧农业为目标,以广西农业云平台和广西农业农村大数据中心建设为核心,大力发展数字农业,实施智慧农业工程,积极推进物联网、大数据、3S技术等信息技术的融合与应用,积极开展智慧农业试验示范,涌现出了“葡萄管家”、桑蚕智能养殖、捷佳润“蚂蚁数据农场”等一批物联网新模式,智慧农业发展成效初显。在全国率先建设广西农业大数据中心,打造“广西农业云”,积极推进大数据、云计算、人工智能等在农业全产业链的应用。启动全国农业农村大数据示范省(区)建设,应用推广了包括农业生产指挥调度、农业地籍信息管理、农情报送、农产品价格采集、土地确权、产业扶贫信息系统在内的一批农业智能化应用系统,实现“互联网+”与农业生产、经营、管理、服务的有效融合,农业生产智能化水平不断提高。

[科技图书] 智慧农业实践 进入全文

人民邮电出版社

本书分为三篇八章,第一篇是理论篇、第二篇是路径篇、第三篇是案例篇。第一篇的内容为智慧农业概述、智慧农业的发展;第二篇讲述了智慧农业的顶层设计与政策、智慧农业之农业物联网、推助智慧农业的大数据、智慧农业之农产品电商、发展智慧农业的难点与对策;第三篇完全通过案例解读智慧农业实践。全书把智慧农业实践的理论和法规通过流程、图表的形式呈现,讲解通俗易懂,可以让读者快速掌握重点,同时避免了晦涩难懂的理论归纳。本书可供政府和智慧农业管理者、智慧农业建设企业管理者、智慧农业入驻企业管理者、智慧农业研究者阅读和参考,也可作为高等院校相关专业师生的参考书。

[会议论文] A Survey on the Role of IoT in Agriculture for the Implementation of Smart Farming 进入全文

IEEE

Internet of things (IoT) is a promising technology which provides efficient and reliable solutions towards the modernization of several domains. IoT based solutions are being developed to automatically maintain and monitor agricultural farms with minimal human involvement. The article presents many aspects of technologies involved in the domain of IoT in agriculture. It explains the major components of IoT based smart farming. A rigorous discussion on network technologies used in IoT based agriculture has been presented, that involves network architecture and layers, network topologies used, and protocols. Furthermore, the connection of IoT based agriculture systems with relevant technologies including cloud computing, big data storage and analytics has also been presented. In addition, security issues in IoT agriculture have been highlighted. A list of smart phone based and sensor based applications developed for different aspects of farm management has also been presented. Lastly, the regulations and policies made by several countries to standardize IoT based agriculture have been presented along with few available success stories. In the end, some open research issues and challenges in IoT agriculture field have been presented.

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