The main focus is on the state–of–the–art techniques in the design of embedded systems, including mapping techniques and synthesis, processors design and implementation, architectures, systems on a chip, modeling issues such as specification languages, formal models, and finally simulation, and hardware/software co–design. <b>Keywords:</b> Embedded System Level Design and Simulation<br>Multimedia, Graphics, and Signal Processors<br>Hardware Software Co–design<br>Design Space Exploration<br>Embedded Reconfigurable Processors<br>Energy Aware Processors<br>Embedded System Simulation<br>Application Specifications and Modeling for Embedded Systems<br>Processor Simulation Technologies<br>Compilers and Mapping Technologies<br>Computer Aided Design<br>Physical Design<br>Specification Languages<br>Reliable and Trustworthy Embedded Systems<br>Embedded Processors and Architectures<br>Applications of Embedded Computing Systems<br>Network–on–Chip Platforms<br>Multi Processors–on–Chip<br>Embedded Parallel Systems<br>Embedded System–on–a–Chip Implementations<br>Multithreaded Processors<br>Software Defined Radios<br>Digital Signal Processors
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SAMOS
City
Samos
Country
Greece
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Abstract