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Future of the traditional beekeeping is to implement smart apiary management and start to use automatic and remote tools for bee colony monitoring together with beehive control mechanisms to improve bee colony productivity. Within the ERA-NET ICT-Agri project “ITAPIC” different bee colony monitoring and control systems together with its combinations were introduced and analysed. This paper presents...
Recent developments in information technologies provide facility agriculture monitoring system a new perspective of networking and automation. This paper presents a new agriculture monitoring system based on WSNs (Wireless sensor networks) with IP cameras, which can be controlled remotely to have close vision of plants. WSNs can deploy freely, collect sensor data periodically to the control center,...
In the past couple of decades, there is rapid growth in terms of technology in the field of agriculture. Different monitoring and controlled systems are installed in order to increase the yield. The yield rate may deceases due to numerous factors. Disease is one of the key factors that cause the degradation of yield. So the developed monitoring system mainly focuses on predicting the start of germination...
This paper provides basic guidelines for deploying Wireless Sensor Networks (WSNs) in Agriculture, and more specifically in applications requiring crop monitoring. Firstly, it reviews the main components that existing WSN applications use, namely node platforms, operating systems (OSs), power supply, etc. Based on these data, a generic guide is proposed discussing basic considerations for deploying...
Wireless sensor network can push the agriculture developing to the intelligent and automatic stage. In this paper, the structure and its key technology of one kind of node system of wireless sensor network are introduced, including the communication protocol between the nodes in wireless sensor network and the method of application for sensor network in digital agriculture. A new method of information...
Wireless sensor networks (WSN) are a nascent technology that builds upon the recent decadepsilas advances in electrical and mechanical engineering including wireless communications, low-power embedded systems, MEMS-sensor design, network architectures and instrumentation applications. These networks promise a means by which to better monitor and understand environmental monitoring, precision agriculture...
Biological research in agriculture needs a lot of specialized electronic sensors in order to fulfill different goals, such as: climate monitoring, soil and fruit assessment, control of insects and diseases, chemical pollutants, identification and control of weeds, crop tracking, and so on. That research must be supported by consistent biological models able to simulate diverse environmental conditions,...
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