CASES 2013 - International Conference on Compilers, Architecture, and Synthesis for Embedded Systems

CASES is a forum where researchers, developers and practitioners exchange information on emerging technologies and the latest advances in compilers and architectures for high performance embedded systems design and synthesis. CASES uniquely aims to promote synergies across otherwise vertically integrated communities in embedded systems.
CASES seeks original research papers that focus on increasing the efficiency and capabilities of embedded systems via creative approaches that combine compiler, architecture, and synthesis technologies. Such solutions must address the challenges of bringing embedded systems to the market place, including but not limited to new capabilities, faster time-to-market, lower costs, improvements in power consumption, and improvements in real-time behavior.
CASES is part of Embedded Systems Week, and will be held September 29-October 4 in Montreal, Canada.
Program Chairs:
Rodric Rabbah, IBM Research.
Anand Raghunathan, Purdue University.
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Previously unpublished papers containing significant novel ideas and technical results are solicited.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:
Compilers for GPUs, FPGAs, and heterogeneous systems
Compilation for reliability, power, performance
Heterogeneous system-on-chip architectures
Multi-core and many-core processors for embedded computing
Extensible and customizable processors
Domain specific computing
Reconfigurable processors
On-chip communication architectures and networks-on-chip
Memory management
Scratchpad, smart caches and compiler controlled memories
Architectures for emerging nanoscale devices
Programmable microfluidics
3D architectures, integration and synthesis
Static and dynamic execution time analysis
Specification of embedded systems
Modeling & online management of reliability, power, performance
Validation, verification & debugging of embedded software
Embedded system design methodology
Embedded system design space exploration