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  • Book Overview & Buying Building Wireless Sensor Networks Using Arduino
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Building Wireless Sensor Networks Using Arduino

Building Wireless Sensor Networks Using Arduino

By : Matthijs Kooijman
4.2 (11)
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Building Wireless Sensor Networks Using Arduino

Building Wireless Sensor Networks Using Arduino

4.2 (11)
By: Matthijs Kooijman

Overview of this book

Arduino has been established as the de facto standard microcontroller programming platform, being used for one-off do-it-yourself projects as well as prototypes for actual products. By providing a myriad of libraries, the Arduino community has made it very easy to interact with pretty much any piece of hardware out there. XBee offers a great range of low-power wireless solutions that are easy to work with, by taking all of the complexity of wireless (mesh) networking out of your hands and letting you focus on what to send without worrying about the how. Building wireless sensor networks is cost-effective as well as efficient as it will be done with Arduino support. The book starts with a brief introduction to various wireless protocols, concepts, and the XBee hardware that enables their use. Then the book expands to explain the Arduino boards to you, letting them read and send sensor data, collect that data centrally, and then even control your home from the Internet. Moving further more advanced topics such as interacting through the standard Zigbee Home Automation protocol, or making your application power-efficient are covered. By the end of the book, you will have all the tools needed to build complete, real-world solutions.
Table of Contents (8 chapters)
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Chapter 6. Battery Power and Sleeping

By now, you have created a real wireless sensor network, consisting of multiple nodes each containing some sensors and/or actuators that are controlled by a central coordinator.

However, all of your nodes have to be connected to the mains power, which limits the projects that you can build. You might not have a power outlet easily available everywhere and moving the nodes is cumbersome.

In this chapter, you will explore the various options for making your nodes battery-powered, allowing for a greater flexibility in deploying your projects and mobile or outdoor deployments.

Of course, battery power is not really useful if the battery is depleted in just hours or days. By applying the power saving techniques presented in this chapter, you will be able to let your nodes run for months or even years on a single battery charge.

In the first example, you will make the window sensor from Chapter 5, Standalone XBee Operation battery-powered. In addition...

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