High Performance Computing - HIPC 2008: 15th International Conference, Bangalore, India, December 17-20, 2008, Proceedings (Paperback, 2008)

Keynote Addresses.- Extreme Computing on the Distributed European Infrastructure for Supercomputing Applications - DEISA.- Towards Networked Computers: What Can Be Learned from Distributed Computing?.- Computational Environments for Coupling Multiphase Flow, Transport, and Mechanics in Porous Media.- The Excitement in Parallel Computing.- Session I: Performance Optimization.- Improving Performance of Digest Caches in Network Processors.- Optimization of BLAS on the Cell Processor.- Fine Tuning Matrix Multiplications on Multicore.- The Design and Architecture of MAQAOAdvisor: A Live Tuning Guide.- A Load Balancing Framework for Clustered Storage Systems.- Construction and Evaluation of Coordinated Performance Skeletons.- Session II: Parallel Algorithms and Applications.- Data Sharing Analysis of Emerging Parallel Media Mining Workloads.- Efficient PDM Sorting Algorithms.- Accelerating Cone Beam Reconstruction Using the CUDA-Enabled GPU.- Improving the Performance of Tensor Matrix Vector Multiplication in Cumulative Reaction Probability Based Quantum Chemistry Codes.- Experimental Evaluation of Molecular Dynamics Simulations on Multi-core Systems.- Parsing XML Using Parallel Traversal of Streaming Trees.- Session III: Scheduling and Resource Management.- Performance Analysis of Multiple Site Resource Provisioning: Effects of the Precision of Availability Information.- An Open Computing Resource Management Framework for Real-Time Computing.- A Load Aware Channel Assignment and Link Scheduling Algorithm for Multi-channel Multi-radio Wireless Mesh Networks.- Multi-round Real-Time Divisible Load Scheduling for Clusters.- Energy-Efficient Dynamic Scheduling on Parallel Machines.- A Service-Oriented Priority-Based Resource Scheduling Scheme for Virtualized Utility Computing.- Session IV: Sensor Networks.- Scalable Processing of Spatial Alarms.- Coverage Based Expanding Ring Search for Dense Wireless Sensor Networks.- An Energy-Balanced Task Scheduling Heuristic for Heterogeneous Wireless Sensor Networks.- Energy Efficient Distributed Algorithms for Sensor Target Coverage Based on Properties of an Optimal Schedule.- In-Network Data Estimation for Sensor-Driven Scientific Applications.- Localization in Ad Hoc and Sensor Wireless Networks with Bounded Errors.- Session V: Energy-Aware Computing.- Optimization of Fast Fourier Transforms on the Blue Gene/L Supercomputer.- ScELA: Scalable and Extensible Launching Architecture for Clusters.- Parallel Information Theory Based Construction of Gene Regulatory Networks.- Communication Analysis of Parallel 3D FFT for Flat Cartesian Meshes on Large Blue Gene Systems.- Scalable Multi-cores with Improved Per-core Performance Using Off-the-critical Path Reconfigurable Hardware.- Session VI: Distributed Algorithms.- TrustCode: P2P Reputation-Based Trust Management Using Network Coding.- Design, Analysis, and Performance Evaluation of an Efficient Resource Unaware Scheduling Strategy for Processing Divisible Loads on Distributed Linear Daisy Chain Networks.- A Novel Learning Based Solution for Efficient Data Transport in Heterogeneous Wireless Networks.- Scalable Data Collection in Sensor Networks.- Task Scheduling on Heterogeneous Devices in Parallel Pervasive Systems (P 2 S).- A Performance Guaranteed Distributed Multicast Algorithm for Long-Lived Directional Communications in WANETs.- Session VII: Communication Networks.- Maintaining Quality of Service with Dynamic Fault Tolerance in Fat-Trees.- Designing a High-Performance Clustered NAS: A Case Study with pNFS over RDMA on InfiniBand.- Sockets Direct Protocol for Hybrid Network Stacks: A Case Study with iWARP over 10G Ethernet.- Making a Case for Proactive Flow Control in Optical Circuit-Switched Networks.- FBICM: Efficient Congestion Management for High-Performance Networks Using Distributed Deterministic Routing.- Achieving 10Gbps Network Processing: Are We There Yet?.- Session VIII: Architecture.- SAIL: Self-Adaptive File Reallocation on