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[学术文献] Secure smart agriculture monitoring technique through isolation 进入全文

2019 Global IoT Summit (GIoTS)

In recent years, agriculture has become increasingly data-driven and data-enabled due to the use of different technologies such as greenhouse and aquaculture technologies. With the development of agriculture, new technology is required, and the focus is facing towards the smartest technological investment. The increasing demand for the quality and the quantity in the food sector raised the need to intensify and industrialize the agriculture sector. The current work provides empirical measurement results from an Internet of Things (IoT) platform based on remote telemetry applications for agriculture. This paper aims to demonstrate how the processing of Big Data and the concept of decentralized cloud operation can answer the demands of IoT applications in agriculture and how smart farming will help farmers operate more efficiently and more secured. The architecture is based on ADCON Remote Telemetry Units (RTUs), Software as a Service (SaaS), a Platform as a Service (PaaS) represented by Grafana and influxDB database.

[学术文献] CRAIoT: Concept, Review and Application(s) of IoT 进入全文

2019 4th International Conference on Internet of Things: Smart Innovation and Usages (IoT-SIU)

IoT is a fast evolving concept. In IoT the message need to be delivered instantly between neighboring nodes in IoT enabled network and for this to happen the nodes need to be in overlapping transmission range of each other. Literature Survey reveals that not much work has been done in the direction of understanding the concept of IoT and exploring it's applications. In our proposed research work, effort has been made to explore the new and innovative application of IoT along with a detailed systematic literature survey.

[科技报告] Information and communication technology for agriculture in the People’s Republic of China 进入全文

国际食物政策研究所(IFPRI)

本报告介绍了有关利用信息通信技术(ICT)改善中国食品生产和分配的评估结果。 该分析侧重于中国农村地区的电子商务,并提供了政策建议,以促进信息通信技术在农业供应链中的普及应用。 该报告记录了农民应用ICT的趋势及其对收入和生计的影响。 它还确定了此类ICT应用的主要限制因素和促成因素。

[前沿资讯] Land management practices to reduce nitrogen load may be affected by climate changes 进入全文

EurekAlert

Nitrogen from agricultural production is a major cause of pollution in the Mississippi River Basin and contributes to large dead zones in the Gulf of Mexico. Illinois and other Midwestern states have set goals to reduce nitrogen load through strategies that include different land management practices. A new study from University of Illinois researchers, published in Journal of Environmental Management, uses computer modeling to estimate how those practices may be affected by potential changes in the climate, such as increased rainfall.

[前沿资讯] China shares its approaches and experiences in digital agriculture and e-commerce transformation for its rural communities 进入全文

FAO

Mr. Wang Xiaobing, the Director-General of Information Centre at the Ministry of Agriculture and Rural Affairs of the People’s Republic of China (MARA) led a delegation to FAO. The team presented China’s approaches and experiences in digital agriculture and e-commerce transformation for its rural communities at the 6th Digital Innovation Dialogue, held in FAO Headquarters.In recent years, China has made great efforts to promote the integration of the internet, big data, artificial intelligence with the development of agriculture and rural areas, vigorously develop digital agriculture, accelerate the development of e-commerce, and actively promote informatization in rural areas.  In order to promote digital agriculture and e-commerce to rural farmers, China’s approach is promoting the adoption of e-agriculture and e-village. “To achieve this, we implemented ‘Broadband Village’ project which saw the improvement of the internet speed and reduce the tariffs for farmers to encourage farmers to consume and utilize more internet-based solutions”, remarked Mr. Wang.  

[前沿资讯] Microsatellite Data Can Help Double Impact Of Agricultural Interventions 进入全文

Seed Today

美国密歇根大学David Lobell及其小组进行的新研究发现,小型卫星可以识别有可能获益最大的目标地区并进行农业干预。通过发现能够被影响并将干预措施定向到可以带来最大增产或最大收益的地点,卫星数据可以辅助以低成本和可持续的方式增加粮食产量。

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