ntributions, written by leading experts from industry and academia directlyinvolved in the creation and evolution of the ideas and technologiestreated in the book.
Many of the contributions are from industry and industrial research establishments at the forefront of
the developments shaping the field of embedded systems: Cadence Systems and Cadence Berkeley Labs(USA), CoWare (USA), Microsoft (USA), Motorola (USA), NEC Laboratories (USA), Philips Research(The Netherlands), ST Microelectronics (Canada), Tensilica (USA),Volcano (Switzerland), etc.
The contributions from academia and governmental research organizations are represented by someof the most renowned institutions such as Columbia University, Duke University, Georgia Institute of
Technology, Princeton University, Stanford University, University of California at Berkeley/Riverside/San Diego/Santa Barbara, University of Texas at Austin/Dallas, Virginia Tech, Washington University —
from the United States; Delft University of Technology (Netherlands), IMAG (France), INRIA/IRISA
(France), LORIA-INPL (France), Malardalen University (Sweden), Politecnico di Torino (Italy), RoyalInstitute of Technology—KTH (Sweden), Swiss Federal Institute of Technology—ETHZ (Switzerland),
Technical University of Berlin (Germany), Twente University (The Netherlands), Universidad Politecnica
deMadrid (Spain),University of Bologna (Italy),University of Nice Sophia Antipolis (France),University
of Oslo (Norway),University of Pavia (Italy),University of Saarbrucken (Germany),University of Toronto
(Canada), and many others.
The material presented is in the formof tutorials, surveys, and technology overviews. The contributions
are grouped into sections for cohesive and comprehensive presentation of the treated areas. The reports
on recent technology developments, deployments, and trends frequently cover material released to the
profession for the first time.
The book can be used as a reference (or prescribed text) for university (post)graduate courses: Section I
(Embedded Systems) provides “core” material on embedded systems. Selected illustrations of actual
applications are presented in Section VI (Embedded Applications). Sections II and III (System-on-Chip
Design, and Testing of Embedded Core-Based Integrated Circuits) offer material on recent advances in
system-on-chip design and testing of core-based ICs. Sections IV and V (Networked Embedded Systems,
and Sensor Networks) are suitable for a course on sensor networks.
© 2006 by Taylor & Francis Group, LLC
x Preface
The handbook is designed to cover a wide range of topics that comprise the field of embedded systems
and applications. The material covered in this volume will be of interest to a wide spectrum of
professionals and researchers from industry and academia, as well as graduate students, from the fields of
electrical and computer engineering,
computer science and software engineering, as well as mechatronic
engineering.
It is an indispensable companion for those who seek to learn more about embedded systems and
applications, and those who want to stay up to date with recent technical developments in the field. It is
also a comprehensive reference for university or professional development courses on embedded systems.
Organization
Embedded systems is a vast field encompassing numerous disciplines. Not every topic, however important,
can be covered in a b
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