Embedded Systems and Wireless Technology: Theory and by Raul A. Santos, Arthur Edwards Block

By Raul A. Santos, Arthur Edwards Block

The opportunity of embedded structures levels from the simplicity of sharing electronic media to the coordination of numerous complicated joint activities performed among collections of networked units. The ebook explores the rising use of embedded structures and instant applied sciences from theoretical and functional functions and their functions in agriculture, atmosphere, public future health, domotics, and public transportation, between others.

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Due to the great economic gains that could accrue from a clear technological edge, a number of international © 2013 by Taylor & Francis Group, LLC 16 Embedded Systems and Wireless Technology institutes are working on behalf of industry to further develop portable and alternative power sources. They include the Massachusetts Institute of Technology, the Florida Solar Energy Center and the Los Alamos National Laboratory, the Alberta Research Council, the Institute for Fuel Cell Innovation Canada, and Tokyo University of Science in Japan.

5 Localization Technology One interesting facet of ubiquitous computing is that equipping smart objects with appropriate transmitters and receivers enables precise localization. Location-based services offer services based on the geographic locations of the users. For these services to be delivered, use of appropriate localization technology is an absolute necessity. There are currently three types of localization systems: satellitesupported, cellular-supported and indoor localization systems. The satellite-based global positioning system (GPS) is the most widely used localizations and navigation system.

The trend in microelectronics is toward greater integration density, smaller structures and falling unit costs. PCB-based system integration deals with the integration of passive and active electronic components, functional layers, electro-optical interfaces and sensor interfaces on a PCB or even on a stack of PCBs. In system integration at the semiconductor level, all digital, analogue and mixed-signal functions are integrated directly into a single IC (system-on-chip). Current research in nanotechnology is looking at how quantum effects can be used at the sub-molecular and atomic levels to achieve further miniaturization of microelectronics.

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