Abbrevation
LCTES
City
Ottawa
Country
Canada
Deadline Paper
Start Date
End Date
Abstract

As the complexity of embedded systems increases, new research challenges are encountered for achieving the desired performance goals, such as speed, timing constraints, size, energy, power, time to market, reliability, security, and scalability&#046; Furthermore, embedded systems are increasingly used in networked (wired, wireless, as well as mobile) environments and advances in hardware motivate the use of a combination of hardware and software techniques to build them&#046; 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&#046; <b>Keywords:</b> Programming languages for embedded systems<br>Operating system kernels for embedded systems<br>Analysis, specification and design of embedded systems<br>Validation and verification techniques for embedded systems<br>Profiling and debugging of embedded systems<br>Embedded system integration and testing<br>Embedded computer architecture<br>Development environments and tools for embedded systems<br>Standardization for embedded systems<br>Reliability and security for embedded systems<br>Compilers for reconfigurable architectures, and for hardware/software co&#8211;design<br>Optimizations for low power, for low energy, for code and data size reduction<br>Optimizations for (real&#8211;time) performance<br>Exploitation of memory hierarchies, memory management/garbage collection for embedded systems<br>Timing analysis, timing predictability, and real&#8211;time scheduling analysis Exception and interrupt handling for real&#8211;time systems<br>Real&#8211;time and embedded Java, real&#8211;time UML<br>