Wireless sensor network (WSN) is an ad-hoc network technology
comprising even thousands of autonomic and self-organizing nodes
that combine environmental sensing, data processing, and wireless
networking. The applications for sensor networks range from home
and industrial environments to military uses. Unlike the
traditional computer networks, a WSN is application-oriented and
deployed for a specific task. WSNs are data centric, which means
that messages are not send to individual nodes but to geographical
locations or regions based on the data content. A WSN node is
typically battery powered and characterized by extremely small size
and low cost.
As a result, the processing power, memory, and energy resources
of an individual sensor node are limited. However, the feasibility
of a WSN lies on the collaboration between the nodes. A reference
WSN node comprises a Micro-Controller Unit (MCU) having few Million
Instructions Per Second (MIPS) processing speed, tens of kilobytes
program memory, few kilobytes data memory. In addition, the node
contains a short-range radio, and a set of sensors. Supply power is
typically obtained with small batteries. Assuming a target lifetime
of one year using AA-size batteries, the available power budget is
around 1 mW.
This book covers the low-power WSNs services ranging from
hardware platforms and communication protocols to network
deployment, and sensor data collection and actuation. The
implications of resource constraints and expected performance in
terms of throughput, reliability and latency are explained. As a
case study, this book presents experiments with low-energy TUTWSN
technology to illustrate the possibilities and limitations of WSN
applications.
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