Recent Advances in Parallel Virtual Machine and Message Passing Interface: 13th European PVM/MPI User's Group Meeting, Bonn, Germany, September 17-20, [Paperback]

Invited Talks.- Too Big for MPI?.- Approaches for Parallel Applications Fault Tolerance.- Where Does MPI Need to Grow?.- Peta-Scale Supercomputer Project in Japan and Challenges to Life and Human Simulation in Japan.- Resource and Application Adaptivity in Message Passing Systems.- Performance Advantages of Partitioned Global Address Space Languages.- Tutorials.- Using MPI-2: A Problem-Based Approach.- Performance Tools for Parallel Programming.- High-Performance Parallel I/O.- Hybrid MPI and OpenMP Parallel Programming.- Outstanding Papers.- Issues in Developing a Thread-Safe MPI Implementation.- Scalable Parallel Suffix Array Construction.- Formal Verification of Programs That Use MPI One-Sided Communication.- Collective Communication.- MPI Collective Algorithm Selection and Quadtree Encoding.- Parallel Prefix (Scan) Algorithms for MPI.- Efficient Allgather for Regular SMP-Clusters.- Efficient Shared Memory and RDMA Based Design for MPI_Allgather over InfiniBand.- Communication Protocols.- High Performance RDMA Protocols in HPC.- Implementation and Shared-Memory Evaluation of MPICH2 over the Nemesis Communication Subsystem.- MPI/CTP: A Reconfigurable MPI for HPC Applications.- Debugging and Verification.- Correctness Checking of MPI One-Sided Communication Using Marmot.- An Interface to Support the Identification of Dynamic MPI 2 Processes for Scalable Parallel Debugging.- Modeling and Verification of MPI Based Distributed Software.- Fault Tolerance.- FT-MPI, Fault-Tolerant Metacomputing and Generic Name Services: A Case Study.- Scalable Fault Tolerant Protocol for Parallel Runtime Environments.- An Intelligent Management of Fault Tolerance in Cluster Using RADICMPI.- Extended mpiJava for Distributed Checkpointing and Recovery.- Metacomputing and Grid.- Running PVM Applications on Multidomain Clusters.- Reliable Orchestration of Distributed MPI-Applications in a UNICORE-Based Grid with MetaMPICH and MetaScheduling.- The New Multidevice Architecture of MetaMPICH inlƒ1