- Link to the call for papers: pdf version.
- Submissions site now open. Submit paper here
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
CASES is part of the 2009 Embedded
Papers should be submitted electronically in PDF format. Submissions should be around 5000 words and no more than 10 double-column pages, with 1 inch margins and 11 pt font or larger. Include a 100 word single spaced abstract in the first page of the paper. Please make sure your paper prints satisfactorily on the 8.5"x11" (letter) format, this is especially important for countries where A4 paper is standard.
Reviewing will be double blind and authors must conceal their identity. Submissions not adhering to these guidelines may be summarily rejected at the discretion of the chair.
As in the past, the Program Committee may elect to accept some papers for poster and/or short paper sessions.
Areas of Interest
Previously unpublished papers containing significant novel ideas and
technical results are solicited. Conference topics include, but are
not limited to, the following areas.
- compilation techniques and compilation flows
- compilers for low power, performance, reliability
- Instruction-level parallelism for VLIW, EPIC andsuperscalar
- programming paradigms for multi-core systems
- multi-core system-on-chip
- on-chip communication architectures
- extensible, customizable ASIPs
- run-time and design time reconfigurableprocessors and on-chip architectures
- memory architectures: memory management,smart caches and compiler controlled memories
- novel nano-based architectures
- 3-D architectures
- synthesis of hardware software systems
- thermal and power-aware synthesis flows
- synthesis for reliability, low power, performance
- 3-D integration and synthesis
- specification and design
- models of computation
- modeling and management for power/thermal,performance and reliability
- analysis techniques for embedded systemincluding design space exploration, co-simulation
- validation, verification, and debuggingtechniques of embedded software
- static and dynamic timing analysis
- domain specific embedded applications