Aims & Scope

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.

Special Events

In addition to its regular sessions, LCTES 2007 will feature special events such as an industrial panel, keynotes, tutorials and demonstrations to bring out the latest and more interesting aspects of embedded systems. Examples include tools for multi-cores, emerging platforms such as smart phones multi-player game machines and real-time multi-media players.

Regular Sessions

For the regular sessions, LCTES 2007 solicits papers presenting original work on programming languages, compilers and tools for embedded systems, as well as novel embedded architectures. Research papers which propose innovative techniques and experience papers which report experimentation with and lessons learned from real-world systems and applications are both welcome.

Topics of Interest

Papers are solicited on, but not limited to, the following aspects of embedded systems design:

Programming language issues in embedded systems, including
 Language features to exploit multi-core, single-chip SIMD, reconfigurable architecture and other emerging architectures
 Language features for distributed real-time control, media players, and other complex embedded systems
 Language features to enhance reliability and security
 Virtual machines, concurrency, memory management

Compiler issues in embedded systems, including
 Interaction between embedded computer architecture, operating system and compiler
 Interpreters, binary translation and just-in-time compilation
 Support for debugging, profiling, exception and interrupt handling, for reliability and security
 Optimization for low power, low energy, low code and data size, and high (real-time) performance

Tools for analysis, specification, design and implementation of embedded systems, including
 Hardware, system software, and application, and their interface
 Distributed real-time control, media players, reconfigurable architectures and other complex systems
 Validation and verification, system integration and testing
 Timing analysis, timing predictability, and real-time scheduling analysis
 Performance monitoring and tuning

Novel embedded architectures
 Design and implementation of novel embedded architectures
 Workload analysis and performance evaluation
 Architecture support for new language features, new compiler techniques and debugging tools

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