Recent advances in parallel virtual machine and message passing interface. 9th European PVM/MPI users' group meeting, Linz, Austria, September 29--October 2, 2002. Proceedings
The articles of this volume will be reviewed individually. The preceding meeting has been reviewed (see Zbl 0970.68728). Indexed articles: \textit{Dongarra, Jack}, High performance computing, computational grid, and numerical libraries, 1-2 [Zbl 1015.68689] \textit{Sunderam, Vaidy}, Performance, scalability, and robustness in the Harness metacomputing framework, 3 [Zbl 1015.68754] \textit{van Albada, Dick; Sloot, Peter}, Surfing the grid -- dynamic task migration in the Polder metacomputer project, 4-5 [Zbl 1015.68800] \textit{Geist, Al}, Petascale virtual machine: Computing on 100,000 processors, 6 [Zbl 1015.68756] \textit{Gropp, William}, MPICH2: A new start for MPI implementations, 7 [Zbl 1015.68728] \textit{Juhasz, Zoltan}, Making grid computing mainstream, 8 [Zbl 1015.68713] \textit{Lusk, Ewing}, Process management for scalable parallel programs, 9 [Zbl 1015.68762] \textit{Miller, Barton P.}, A security attack and defense in the grid environment, 10 [Zbl 1015.68592] \textit{Gerndt, Michael}, Performance analysis: Necessity or add-on in grid computing, 11 [Zbl 1015.68753] \textit{Gropp, William; Lusk, Ewing}, MPI on the grid, 12 [Zbl 1015.68726] \textit{Chapman, Barbara}, Parallel application development with the hybrid MPI+OpenMP programming model, 13 [Zbl 1015.68749] \textit{Bubak, Marian; Turała, Michał}, CrossGrid and its relatives in Europe, 14-15 [Zbl 1015.68643] \textit{Bubak, Marian; Malawski, Maciej; Zajac, Katarzyna}, Towards the CrossGrid architecture, 16-24 [Zbl 1015.68817] \textit{Dutka, Łukasz; Kitowski, Jacek}, Application of component-expert technology for selection of data-handlers in CrossGrid, 25-32 [Zbl 1015.68904] \textit{Ponce, O.; Cuevas, J.; Fuentes, A.; Marco, J.; Marco, R.; Martínez-Rivero, C.; Menéndez, R.; Rodríguez, D.}, Training of neural networks: Interactive possibilities in a distributed framework, 33-40 [Zbl 1015.68875] \textit{Balis, Bartosz; Bubak, Marian; Funika, Włodzimierz; Szepieniec, Tomasz; Wismüller, Roland}, An infrastructure for grid application monitoring, 41-49 [Zbl 1015.68609] \textit{Bubak, Marian; Funika, Włodzimierz; Wismüller, Roland}, The CrossGrid performance analysis tool for interactive grid applications, 50-60 [Zbl 1015.68803] \textit{Trinitis, Carsten; Schulz, Martin}, Current trends in numerical simulation for parallel engineering environments, 61 [Zbl 1015.68644] \textit{Höfinger, Siegfried}, Automatic runtime load balancing of dedicated applications in heterogeneous environments, 62-69 [Zbl 1015.68895] \textit{Blaszczyk, Andreas; Uhl, Axel}, A contribution to industrial grid computing, 70-77 [Zbl 1015.68569] \textit{Causin, Paola; Miglio, Edie}, Parallel computing for the simulation of 3D free surface flows in environmental applications, 78-87 [Zbl 1015.68847] \textit{Rotaru, Tiberiu; Nägeli, Hans-Heinrich}, Testbed for adaptive numerical simulations in heterogeneous environments, 88-95 [Zbl 1015.68802] \textit{Freitas, Conceição; Dias, Luís; Dias, Miguel}, Simulating cloth free-form deformation with a Beowulf cluster, 96-104 [Zbl 1015.68783] \textit{Hluchy, Ladislav; Tran, Viet Dinh; Habala, Ondrej; Astalos, Jan; Simo, Branislav; Froehlich, David}, Concept of a problem solving environment for flood forecasting, 105-113 [Zbl 1015.68634] \textit{Trinitis, Carsten; Schulz, Martin; Karl, Wolfgang}, A comprehensive electric field simulation environment on top of SCI, 114-121 [Zbl 1015.68566] \textit{Kasprzyk, Leszek; Nawrowski, Ryszard; Tomczewski, Andrzej}, Application of a parallel virtual machine for the analysis of a luminous field, 122-129 [Zbl 1015.68617] \textit{Macías, Elsa M.; Suárez, Alvaro}, Solving engineering applications with LAMGAC over MPI-2, 130-137 [Zbl 1015.68789] \textit{Kabir, Yacine; Belhadj-Aissa, A.}, Distributed image segmentation system by a multi-agents approach (under PVM environment), 138-147 [Zbl 1015.68889] \textit{Höfinger, Siegfried; Schindler, Torsten; Aszódi, András}, Parallel global optimization of high-dimensional problems, 148-155 [Zbl 1015.68750] \textit{Giné, Francesc; Solsona, Francesc; Hernández, Porfidio; Luque, Emilio}, Adjusting the lengths of time slices when scheduling PVM jobs with high memory requirements, 156-164 [Zbl 1015.68863] \textit{Lazzarino, Oscar; Sanna, Andrea; Zunino, Claudio; Lamberti, Fabrizio}, A PVM-based parallel implementation of the REYES image rendering architecture, 165-173 [Zbl 1015.68588] \textit{Piriyakumar, Douglas Antony Louis; Levi, Paul; Rabenseifner, Rolf}, Enhanced file interoperability with parallel MPI file-I/O in image processing, 174-182 [Zbl 1015.68659] \textit{Tischler, Florian; Uhl, Andreas}, Granularity levels in parallel block-matching motion compensation, 183-190 [Zbl 1015.68685] \textit{Song, Ha Yoon; Kim, Junghwan; Chong, Kyun Rak}, An analytical model of scheduling for conservative parallel simulation, 191-198 [Zbl 1015.68606] \textit{Bekas, Constantine; Kokiopoulou, Efrosini; Gallopoulos, Efstratios; Simoncini, Valeria}, Parallel computation of pseudospectra using transfer functions on a MATLAB-MPI cluster platform, 199-207 [Zbl 1015.68882] \textit{Czarnul, Pawel}, Development and tuning of irregular divide-and-conquer applications in DAMPVM/DAC, 208-216 [Zbl 1015.68851] \textit{Pagourtzis, Aris; Potapov, Igor; Rytter, Wojciech}, Observations on parallel computation of transitive and max-closure problems, 217-225 [Zbl 1015.68741] \textit{Di Serio, Angela; Ibáñez, María B.}, Evaluation of a nearest-neighbor load balancing strategy for parallel molecular simulations in MPI environment, 226-233 [Zbl 1015.68902] \textit{Nguyen, Giang Thu; Tran, Viet Dinh; Kotocova, Margareta}, Application recovery in parallel programming environment, 234-242 [Zbl 1015.68618] \textit{Malouin, Éric; Dompierre, Julien; Guibault, François; Roy, Robert}, \(\mathbb{P}\)-OO\(\mathcal{R}\mathcal{T}\): A parallel remeshing toolkit, 243-251 [Zbl 1015.68748] \textit{Cotronis, Yiannis; Tsiatsoulis, Zacharias}, Modular MPI and PVM components, 252-259 [Zbl 1015.68724] \textit{Bernholdt, David E.; Elwasif, Wael R.; Kohl, James A.}, Communication infrastructure in high-performance component-based scientific computing, 260-270 [Zbl 1015.68915] \textit{Worsch, Thomas; Reussner, Ralf; Augustin, Werner}, On benchmarking collective MPI operations, 271-279 [Zbl 1015.68742] \textit{Gropp, William}, Building library components that can use any MPI implementation, 280-287 [Zbl 1015.68627] \textit{Tsujita, Yuichi; Imamura, Toshiyuki; Takemiya, Hiroshi; Yamagishi, Nobuhiro}, Stampi-I/O: A flexible parallel-I/O library for heterogeneous computing environment, 288-295 [Zbl 1015.68862] \textit{Plachetka, Tomas}, (Quasi-) thread-safe PVM and (quasi-) thread-safe MPI without active polling, 296-305 [Zbl 1015.68765] \textit{Calderón, Alejandro; García, Félix; Carretero, Jesús; Pérez, Jose M.; Fernández, Javier}, An implementation of MPI-IO on expand: A parallel file system based on NFS servers, 306-313 [Zbl 1015.68897] \textit{Huang, Wei; Wang, Zhe; Ma, Jie}, Design of DMPI on DAWNING-3000, 314-322 [Zbl 1015.68648] \textit{Selikhov, Anton; Bosilca, George; Germain, Cecile; Fedak, Gilles; Cappello, Franck}, MPICH-CM: A communication library design for a P2P MPI implementation, 323-330 [Zbl 1015.68727] \textit{Brightwell, Ron; Maccabe, Arthur B.; Riesen, Rolf}, Design and implementation of MPI on Portals 3. 0, 331-340 [Zbl 1015.68647] \textit{Espenica, Roberto; Medeiros, Pedro}, Porting PVM to the VIA architecture using a fast communication library, 341-348 [Zbl 1015.68760] \textit{Coli, Moreno; Palazzari, Paolo; Rughi, Rodolfo}, LICO: A multi-platform channel-based communication library, 349-356 [Zbl 1015.68706] \textit{Kranzlmüller, Dieter; Schulz, Martin}, Notes on nondeterminism in message passing programs, 357-367 [Zbl 1015.68738] \textit{Jorba, Josep; Bustos, Rafael; Casquero, Ángel; Margalef, Tomàs; Luque, Emilio}, Web remote services oriented architecture for cluster management, 368-375 [Zbl 1015.68832] \textit{Krysztop, Bartosz; Krawczyk, Henryk}, Improving flexibility and performance of PVM applications by distributed partial evaluation, 376-384 [Zbl 1015.68840] \textit{Brightwell, Ron}, Ready-mode receive: An optimized receive function for MPI, 385-391 [Zbl 1015.68768] \textit{Träff, Jesper Larsson}, Improved MPI all-to-all communication on a Giganet SMP cluster, 392-400 [Zbl 1015.68693] \textit{Bißeling, Georg; Hoppe, Hans-Christian; Supalov, Alexander; Lagier, Pierre; Latour, Jean}, Fujitsu MPI-2: Fast locally, reaching globally, 401-409 [Zbl 1015.68680] \textit{Rabenseifner, Rolf}, Communication and optimization aspects on hybrid architectures, 410-420 [Zbl 1015.68633] \textit{Truong, Hong-Linh; Fahringer, Thomas; Geissler, Michael; Madsen, Georg}, Performance analysis for MPI applications with SCALEA, 421-431 [Zbl 1015.68752] \textit{Michailidis, Panagiotis D.; Margaritis, Konstantinos G.}, A performance study of load balancing strategies for approximate string matching on an MPI heterogeneous system environment, 432-440 [Zbl 1015.68842] \textit{Almeida, F.; González, D.; Moreno, L. M.; Rodríguez, C.}, An analytical model for pipeline algorithms on heterogeneous clusters, 441-449 [Zbl 1015.68605] \textit{Furtado, A.; Rebouças, A.; de Souza, J. R.; Rexachs, D.; Luque, E.}, Architectures for an efficient application execution in a collection of HNOWS, 450-460 [Zbl 1015.68621]
scientific article; zbMATH DE number 1907241