2006 International Conference on Compilers, Architecture, and Synthesis for Embedded Systems, Seoul, Nordkorea

Abbrevation

CASES 2006

Link

http://www.casesconference.org/

City

Seoul

Country

North Korea

Deadline Paper

2006-05-15

Start Date

2006-10-23

End Date

2006-10-25

Abstract

Demand for high performance embedded computing and increases in complexity of embedded software require leveraging diverse architecture, microarchitecture and compiler research. Application–specific solutions are needed in embedded areas, such as digital audio/video, imaging, game consoles, graphics, mobile and web appliances, and automotive systems. There are new challenges for embedded systems, such as time–to–market, cost, code size, weight, power, and real–time behavior. The CASES conference provides a forum for emerging technology in embedded computing systems, with an emphasis on compilers and architectures for embedded systems. CASES is a common forum for researchers with an interest in embedded systems to reach across vertically integrated communities and to promote synergies. As evident from the past CASES meetings, several emerging applications are critically dependent on these interactions for their sustained growth and evolution. Keywords: Application–specific and domain–specific embedded systems Compilation techniques that focus on embedded architectures Customizable processors and digital signal processors Design, specification, and synthesis of embedded systems Dynamic compilation and managed runtime environments for embedded systems Embedded uses of instruction–level parallelism, including VLIW, EPIC and superscalar Embedded system integration and testing Heterogeneous multiprocessing on a chip Memory management, smart caches and compiler controlled memories Novel architectures and micro–architectures for embedded systems Low–power architectures, power vs. performance tradeoffs Profiling, measurement, and analysis techniques of embedded applications Reconfigurable embedded computing systems Software design for multiprocessor embedded systems System–on–a–Chip and System–on–a–Programmable–Chip architectures, compilers and tools Validation, verification, and debugging techniques for embedded software VLSI and circuit techniques for embedded system design Multi–processor system–on–chip (MPSoC)