High Performance Computing and Communications: Third International Conference, HPCC 2007, Houston, USA, September 26-28, 2007, Proceedings [Paperback]

Keynote Speech.- Programming Challenges for Petascale and Multicore Parallel Systems.- Towards Enhancing OpenMP Expressiveness and Performance.- Bandwidth-Aware Design of Large-Scale Clusters for Scientific Computations.- OpenMP 3.0  A Preview of the Upcoming Standard.- Manycores in the Future.- The Changing Impact of Semiconductor Technology on Processor Architecture.- Cluster Computing.- A Windows-Based Parallel File System.- PARMI: A Publish/Subscribe Based Asynchronous RMI Framework for Cluster Computing.- Coarse-Grain Time Slicing with Resource-Share Control in Parallel-Job Scheduling.- Quality Assurance for Clusters: Acceptance-, Stress-, and Burn-In Tests for General Purpose Clusters.- Performance Evaluation of Distributed Computing over Heterogeneous Networks.- Data Mining, Management and Optimization.- Hybrid Line Search for Multiobjective Optimization.- Continuous Adaptive Outlier Detection on Distributed Data Streams.- A Data Imputation Model in Sensor Databases.- An Adaptive Parallel Hierarchical Clustering Algorithm.- Distributed, Mobile and Pervasive Systems.- Resource Aggregation and Workflow with Webcom.- Performance Evaluation of View-Oriented Parallel Programming on Cluster of Computers.- Maximum-Objective-Trust Clustering Solution and Analysis in Mobile Ad Hoc Networks.- A New Method for Multi-objective TDMA Scheduling in Wireless Sensor Networks Using Pareto-Based PSO and Fuzzy Comprehensive Judgement.- Embedded Systems.- Energy-Aware Online Algorithm to Satisfy Sampling Rates with Guaranteed Probability for Sensor Applications.- A Low-Power Globally Synchronous Locally Asynchronous FFT Processor.- Parallel Genetic Algorithms for DVS Scheduling of Distributed Embedded Systems.- Journal Remap-Based FTL for Journaling File System with Flash Memory.-Grid Computing.- A Complex Network-Based Approach for Job Scheduling in Grid Environments.- Parallel Database Sort and Join Operations Revisited on Grids.- Performance Prediction Based Resource Selectiols\