The underlying object of this book is to provide the reader with thorough understanding of topics included in the syllabus of Computer Science & Electronics students.
This book Useful for Computer Science & Electronics students.
1.SESSION: RESOURCE ALLOCATION, SCHEDULING, ENERGY-AWARE COMPUTING + LOAD-BALANCING + FAULT-TOLERANT SYSTEMS
2.SESSION: PARALLEL AND DISTRIBUTED ALGORITHMS AND APPLICATIONS
3.SESSION: WORKSHOP: MATHEMATICAL MODELING AND PROBLEM SOLVING - MPS
4.SESSION: GRID + CLOUD COMPUTING AND SUPPORTING TOOLS + APPLICATIONS
5.SESSION: SYSTEMS SOFTWARE + PROGRAMMING MODELS + THREADS + CACHING + FILE SYSTEMS + TESTING AND MONITORING METHODS
6.SESSION: PERFORMANCE EVALUATION, ESTIMATION, AND RELATED ISSUES
7.SESSION: COMMUNICATION SYSTEMS + NETWORKS AND INTERCONNECTION NETWORKS + PEER-TO-PEER NETWORKS AD-HOC NETWORKS + SENSOR NETWORKS AND APPLICATIONS
8.SESSION: CLUSTER COMPUTING + MULTI-CORE, GPU, FPGA PROCESSING AND APPLICATIONS
9.SESSION: DATA-DRIVEN NETWORKING SYSTEMS WITH HIGH TOLERANCE FOR DISASTER, FAULT AND CONGESTION
10.SESSION: POSTERS AND SHORT RESEARCH PAPERS
11.SESSION: POSITION AND REGULAR - COMMUNICATION SYSTEMS, CLOUD COMPUTING, RECONFIGURABLE SYSTEMS, PARALLEL AND DISTRIBUTED COMPUTING, SCHEDULING, ARCHITECTURES, AND APPLICATIONS
12.SESSION: LATE BREAKING PAPER - cloud computing, optimization, sensor networks, scheduling, and applications
