CDES 2012 - The International Conference on Computer Design (CDES)

Topics of interest include, but are not limited to, the following:
Superscalar and dataflow design
Interconnect and interface design
Performance analysis and evaluation
Multi-thread, multi-cluster, multi-core systems and processors
Benchmarking and measurements
Quantum computing
Processor and co-processor design
VLSI systems design and scaling techniques
ASIC design and architectures
Arithmetic circuits + Logic and circuit design
Microarchitectures
Power-efficient computer design and power management
Parallel/multi-processor computer architectures
Innovative hardware/software architectures
Scheduling techniques
Prefetching techniques
Architecture simulation systems
Branch prediction
Novel design and methodologies
System-on-a-chip: design and methodologies
Cache and memory systems
Reliable architectures
Computer systems design and applications
High-level design methodologies
Support of operating systems and languages
Compiler technologies
Synthesis
Pipelining
Mixed-signal design and analysis
Electrical/packaging designs and co-designs
FPGA-based design
Impact of novel technologies on computer architecture
Case studies
Emerging technologies
International Workshop on Nanotechnology - all areas of nanotechnology are of great interest:
- Integration of high-performance computing in nanotechnology
- Bio-inspired and nano-scale integrated computing
- Material science
- Nanodevices and nanostructures
- Biomolecular machinery
- Nanomaterials
- Nanomedicine
- Nanobiotechnology
- Scanning probes
- Nanoelectronics
- Nanosensors
- Self-assembly
- Nanoscale structures and nanosystems
- Biomedical engineering and nanotechnology
- Supramolecular chemistry and technology
- Supercomputing and nanotechnology
- Nanotech and space exploration
- Miniaturization of science
- Nanotechnology and bioinformatics
- Nanotechnology challenges
- Case studies and emerging applications
International Workshop on Real-Time Computing and Systems:
- Energy-aware real-time systems and applications
- System-on-chip
- Hardware software co-design
- Quality of service and scheduling
- Software engineering for real-time computing and systems
- System design and analysis (probabilistic analysis, quality of service support, validation technologies, survivability and security, reliability issues, ...)
- Infrastructure and hardware (embedded devices, resource constrained methods, time synchronization, ...)
- Software technologies (real-time operating systems, middleware and distributed technologies, compiler support, component-based technologies, ...)
- Fault-tolerance
- Embedded systems and ubiquitous computing
- Real-time network connection scheduling
- Multiprocessor scheduling
- Resource management
- Scheduling algorithms and analysis
- Real-time kernel support
- Modeling and synthesis techniques
- Real-time data-flow applications/computing
- Real-time control and sensing
- Real-time and embedded distributed algorithms and systems
- Simulation of real-time systems
- Multimedia and QoS support
- Real-time middleware systems
- Knowledge-based real-time systems
- Algorithms and emerging applications
- Case studies