Parallel and Distributed Processing Techniques and Applications 2013

< br/> selected topics include: < br/>< br/>* resource allocation, scheduling, energy-aware computing + load-balancing + fault-tolerant systems; br/>* parallel and distributed algorithms and applications; br/>* mathematical modeling and problem solving - mps< br/>* grid + cloud computing and supporting tools + application; br/>* systems software + programming models + threads + caching + file systems + testing and monitoring methods; br/>* performance evaluation, estimation, and related issues; br/>* communication systems + networks and interconnection networks + peer-to-peer networks ad-hoc networks + sensor networks and applications; br/>* cluster computing + multi-core, gpu, FPGA processing and applications; br/>* data-driven networking systems with high tolerance for disaster, fault and congestion position and regular - communication systems, cloud computing, reconfigurable systems, parallel and distributed computing, scheduling, architectures, and applications; br/>* cloud computing, optimization, sensor networks, scheduling, and applications.