As the complexity of application domains for embedded systems increases, new research challenges are encountered for achieving desired performance goals, such as speed, real time constraints, code size, power, and scalability. Due to limited resources locally available, embedded systems are increasingly used in networked (wired, wireless, as well as mobile) environments. In addition, advances in hardware motivate the use of a combination of hardware and software techniques. The aim of LCTES is to provide a forum for discussing the latest research related to the above trends and to allow researchers and developers working on different aspects to get together and interact. <b>Keywords:</b> Program optimization for real–time performance and DSPs<br>Compilation for hardware/software co–design<br>Compilers for reconfigurable architectures<br>Optimization for low–power architectures<br>Exploitation of memory hierarchies<br>Memory management/garbage collection for embedded systems<br>Programming languages for embedded applications<br>Real–time and embedded Java, real–time UML<br>Object–oriented modeling and design<br>Design, specification, analysis of embedded systems<br>Software synthesis<br>Validation and verification techniques for embedded software<br>Embedded system integration and testing<br>Standardization for embedded systems<br>Real–time operating systems: environment and tools<br>Real–time scheduling analysis<br>Exception and interrupt handling for real–time systems<br>Software design for multiprocessor embedded systems<br>Concurrent+distributed embedded environments/runtime systems<br>Timing analysis: static and dynamic approaches<br>Timing predictability of modern architectures<br>Support for partitioning, mapping, and compression<br>Profiling, measurement, debugging of embedded applications
Abbrevation
LCTES
City
Washington D.C
Country
United States
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