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Aiming at the current situation of hydrological monitoring, integrating with the application of internet of things in hydrological monitoring area, to realize automation of hydrological monitoring, the system for hydrologie monitoring based on internet of things is designed. This system is constructed with internet of things technology, software technology, evaluated network technology, etc. The system...
Wireless sensor networks (WSN) consist of many small battery powered nodes with resources constraint. Low power design is a pivotal step of deploying a new platform. A typical sensor node consists of three major components: sensors, micro-controller, and transceiver. It's important to know their dynamic power consumption before optimization. Current research focuses on simulation, or integrating software...
The research area of Wireless Sensor Networks (WSN) is growing rapidly. WSN technology is making entrance into new application areas, for example industrial control and Critical Infrastructure (CI) environments. Energy efficiency is a highly prioritized goal of communication protocols and application design for WSN. However, the usage of WSN in both industrial and CI environments are starting to require...
Low power is a key element in the design of a wireless sensor node. It is necessary to know the power consumption details of sensors, microcontroller, transceiver, and other components before optimization. However, different application has different configuration. It isn't convenient to create theoretic model for each platform. We proposed a portable power consumption monitoring testbed for wireless...
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