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Download AmIware Hardware Technology Drivers of Ambient Intelligence by Rick Harwig (auth.), Satyen Mukherjee, Ronald M. Aarts, Raf PDF

By Rick Harwig (auth.), Satyen Mukherjee, Ronald M. Aarts, Raf Roovers, Frans Widdershoven, Martin Ouwerkerk (eds.)

Ambient Intelligence is likely one of the new paradigms within the improvement of knowledge and communique expertise, which has attracted a lot awareness over the last years. the purpose is the to combine expertise into humans atmosphere in this kind of approach that it improves their day-by-day lives when it comes to health and wellbeing, creativity, and productiveness. Ambient Intelligence is a multidisciplinary thought, which seriously builds on a couple of primary breakthroughs which were accomplished within the improvement of latest techniques during the last years. New insights in nano and micro electronics, packaging and interconnection expertise, large-area electronics, strength scavenging units, instant sensors, low energy electronics and computing structures let the belief of the heaven of ambient intelligence via overcoming the hell of physics. according to contributions from prime technical specialists, this publication provides a couple of key subject matters on novel advancements, therefore delivering the reader an outstanding perception into the actual foundation of ambient intelligence. It additionally exhibits key examine demanding situations that has to be addressed sooner or later.

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Dealing with the soaring costs of innovation is today the number one challenge for silicon microelectronics. The solution is offered by open innovation approaches [19]. As an early adopter of this approach, Philips Research has pioneered intensive partnerships in R&D. 2. THE PHYSICAL BASIS OF AMBIENT INTELLIGENCE 25 Interuniversity Microelectronics Center (IMEC) in Leuven, Belgium. Philips semiconductors and its partners STMicroelectronics and Freescale carry out the subsequent development and pilot manufacturing in the Crolles 2 Alliance near Grenoble, France.

Progress in each of these areas has been documented and proofof-concept prototypes have been tested. Research in RF transceiver design utilizing bulk acoustic wave resonators has yielded fully integrated, ultralow power transceivers. Novel digital circuit design techniques, including aggressive power management, robust subthreshold logic operation, and ultralow voltage SRAM with data retention enable efficient computation. These technological advances should be accompanied by novel opportunistic networking and media access techniques to provide robustness and decrease the duty cycle of the node.

A truly ubiquitous deployment is economically feasible only when the cost and size of the individual elements become negligible. Achieving such a diminutive stature requires a minimal number of components, favoring those that are inexpensive, have a high level of integration, and have simple packaging and assembly requirements. In addition, the cost of deployment and maintenance of the network should be negligible. The physical implementation of an individual network node is constrained by three important metrics: power, cost, and size.

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