Titlebook: Wireless Sensor Networks and Ecological Monitoring; Subhas C Mukhopadhyay,Joe-Air Jiang Book 2013 Springer-Verlag Berlin Heidelberg 2013 A

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Hybrid Networks and Ecological Sensing,ork technologies to bridge the gap from the sensor in the field and the database in the office or laboratory. We briefly review sensor and available wireless network technologies and then examine, in some detail, several examples of field networks from Taiwan and Virginia (USA). The examples include

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Management Protocols for Sensors in Smart Grid Networks, of the development of Smart Grid is that, the products from different vendors cannot communicate with each other easily, due to the absence of a general managing mechanism. In searching for appropriate managing protocols of wireless sensor networks, a candidate is the Simple Network Management Prot

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Design of a Wireless Sensor Network for Structural Health Monitoring of Bridges,ient alternative. New wireless sensor platforms and distributed processing algorithms, going hand in hand with new or enhanced monitoring methods, promise an early damage detection and damage estimation. The design of a wireless sensor network for the Structural Health Monitoring of bridges is prese

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A Sensing Approach to Fruit-Growing,cultivation management. However, in order to adapt to the changing climate and promote environmentally friendly smart agriculture with energy saving strategies, science-based agriculture should be further developed. With this concern, new cultivation management using information and communication te

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A Wi-Fi Based Smart Wireless Sensor Network for an Agricultural Environment,ses in installation and maintenance cost. Not to mention, the measurement points once they have been built and installed, can be tedious to relocate in the future. Surely, with the technology of today, there is a better way to overcome this problem. The chapter will present the development work of a

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Adaptive Classification of Special Events in Agroecological Monitoring Systems for Pest Management,) provide a new insight into agroecological observation in ways of extending spatial and temporal scales. Through WSNs, some unexpected phenomena can be found, and new paradigms can be developed. Although employing the WSN technology can facilitate agroecological observation, one of the major challe

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