Mathias Ricken - researchr profile publications

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Publications tagged parallel programming

DrHJ: the cure to your multicore programming woesVincent Cavé, Jarred Payne, Raghavan Raman, Mathias Ricken, Robert Cartwright, Vivek Sarkar. In Proceedings of the ACM international conference companion on Object oriented programming systems languages and applications companion. 2011: 5-6 [doi]

Tool Demonstration: DrHJ - A Lightweight Pedagogic IDE for Habanero JavaJarred Payne, Vincent Cavé, Raghavan Raman, Mathias Ricken, Robert Cartwright, Vivek Sarkar. 2011:

Agile and Efficient Domain-Specific Languages using Multi-Stage Programming in Java MintMathias Ricken, Edwin Westbrook, Walid Taha. 2010:

Parallel Fock matrix construction program for molecular orbital calculation - Specific computer with a hierarchical networkHiroaki Umeda, Yuichi Inadomi, Hiroaki Honda, Umpei Nagashima. jcc, 30(5):826-831, 2009. [doi]

Application of multistage stochastic programs solved in parallel in portfolio managementMária Lucká, Igor Melichercik, Ladislav Halada. pc, 34(6-8):469-485, 2008. [doi]

Latency hiding by redundant processing: a technique for grid-enabled, iterative, synchronous parallel programsJeremy F. Villalobos, Barry Wilkinson. mg 2008: 13 [doi]

Implementation of a High Speed Four Transmitter Space-Time Encoder using Field Programmable Gate Array and Parallel Digital Signal ProcessorsPeter J. Green, Desmond P. Taylor. delta 2006: 466-471 [doi]

Trace reduction for performance improvement assessment of message passing parallel programsFumihiko Ino, Yuki Kanbe, Masao Okita, Kenichi Hagihara. scjapan, 37(5):1-13, 2006. [doi]

Building on a Framework: Using FG for More Flexibility and Improved Performance in Parallel ProgramsElena Riccio Davidson, Thomas H. Cormen. ipps 2005: [doi]

OlyMPIx - A Program Parallelization Tool using MPI on Computational GridsK. Vikram, Kumar Avijit, Sanjeev Kumar Aggarwal. pdcn 2005: 307-312

Improving Speedup and Response Times by Replicating Parallel Programs on a SNOWGaurav D. Ghare, Scott T. Leutenegger. jsspp 2005: 264-287 [doi]

FG: A Framework Generator for Hiding Latency in Parallel Programs Running on ClustersThomas H. Cormen, Elena Riccio Davidson. ISCApdcs 2004: 137-144

Program Scheduling in Look-Ahead Reconfigurable Parallel Systems with Multiple Communication ResourcesEryk Laskowski. parelec 2004: 256-261 [doi]

Parallel Brutus: The First Distributed, FPGA Accelerated Chess ProgramChrilly Donninger, Alex Kure, Ulf Lorenz. ipps 2004: [doi]

Non-Linear Clustering Algorithm for Scheduling Parallel Programs with Synchronous Communication on NOWsBassel R. Arafeh. isca, 10(2):103-114, 2003.

Forward Communication Only Placements and Their Use for Parallel Program ConstructionMartin Griebl, Paul Feautrier, Armin Größlinger. lcpc 2005: 16-30 [doi]

Towards a Unified Development Methodology for Shared-Variable Parallel and Distributed ProgramsJürgen Dingel. IFM 2000: 214-234 [doi]

Automatic Generation of Parallel Programs from Affine Iterative AlgorithmsAlessandro Marongiu, Paolo Palazzari. pdpta 2000:

Evolution of Self-Reproducing Programs in a Core Propelled by a Parallel Protein ExecutionHideaki Suzuki. alife, 6(2):103-108, 2000.

HTGviz: A Graphic Tool for the Synthesis of Automatic and User-Driven Program Parallelization in the Compilation ProcessMaurizio Giordano, Mario Mango Furnari. ishpc 1999: 312-319

Parallelization and Integration of the LU and ILU Algorithm in the LINSOL Program PackageHartmut Häfner, Willi Schönauer, Rüdiger Weiss. pact 1999: 417-427 [doi]

MPI-SIM: Using Parallel Simulation to Evaluate MPI ProgramsSundeep Prakash, Rajive Bagrodia. wsc 1998: 467-474 [doi]

Scheduling Tasks of a Parallel Program in Two-Processor Systems with Use of Cellular AutomataFranciszek Seredynski. ipps 1998: 261-269

Combining Finite Automata, Parallel Programs and SDL Using Petri NetsBernd Grahlmann. TACAS 1998: 102-117 [doi]

Causality Filters : A Tool for the Online Visualization and Steering of Parallel and Distributed ProgramsEileen Kraemer. ipps 1997: 113-120 [doi]

Adventures in Improving the Scaling and Accuracy of a Parallel Molecular Dynamics ProgramMichael Crowley, Thomas A. Darden, Thomas E. Cheatham III, David W. Deerfield II. tjs, 11(3):255-278, 1997. [doi]

Solving multistage stochastic network programs on massively parallel computersSøren S. Nielsen, Stavros A. Zenios. mp, 73:227-250, 1996.

Do-loop-surface: an abstract representation of parallel program performanceOscar Naim, Tony Hey, Ed Zaluska. concurrency, 8(3):205-234, 1996.

Evaluating Polarizable Potentials on Distributed Memory Parallel Computers: Program Development and ApplicationsDan N. Bernardo, Yanbo Ding, Karsten Krogh-Jespersen, Ronald M. Levy. jcc, 16(9):1141-1152, 1995.

Parallelization Resources of Image Processing Algorithms and Their Mapping on a Programmable Parallel Videosignal ProcessorPeter Pirsch, Johannes Kneip, Karsten Rönner. iscas 1995: 562-565

2-D Cellular Automata and Short Range Molecular Dynamics Programs for Simulations on Networked Workstations and Parallel ComputersMarian Bubak. para 1996: 61-68

Self-Describing Files + Smart Modules = Parallel Program VisualizationRobert H. Halstead Jr.. tppp 1995: 253-283

Implementation of Parallel Lattice Gas Program on Workstations under PVMMarian Bubak, Jacek Moscinski, Renata Slota. para 1994: 136-146

Parallelization and Vectorization of Quantum Mechanical Methods - I. Integral Program for Polymers and MoleculesPeter Otto, Herbert A. Früchtl. CANDC, 17(3):229-239, 1993. [doi]

The Realities of Parallel Processing and Dataflow s Role in It: Lessons from the NASA HPCC ProgramThomas L. Sterling, Michael J. MacDonald. ifip10-3 1993: 165-176

A Statistical Study of the Factors that Affect the Performance of a Class of Parallel Programs on a MIMD ComputerRosemary Candlin, Joseph Phillips. ifip10-3 1993: 175-186

Using Trace Audio Tools to Study the Behavior of Parallel ProgramsJ.-Y. Peterschmitt, Xavier Vigouroux, Bernard Tourancheau. parco 1994: 639-642

Parallelizing the ECMWF s Weather Forecast Program: the 2D CaseUte Gärtel, Wolfgang Joppich, Anton Schüller. pc, 19(12):1413-1425, 1993.

Self-Adjusting Mapping: A Heuristic Mapping Algorithm for Mapping Parallel Programs on to Transputer NetworksH. Shen. cj, 35(1):71-80, 1992.

Estimating the Effective Performance of Program Parallelization on Shared Memory MIMD MultiprocessorsJean-Yves Berthou, Philippe Klein. conpar 1992: 701-706

A Method for the Development of Totally Correct Shared-State Parallel ProgramsKetil Stølen. concur 1991: 510-525

Performance of a benchmark parallel implementation of the Van Slyke and Wets algorithm for two-stage stochastic programs on the Sequent/BalanceK. A. Ariyawansa, D. D. Hudson. concurrency, 3(2):109-128, 1991. [doi]

Constructing a Parallel Sort Program on Hypercube by Using Distributively Callable ProceduresDaniel Herman, Laurent Trilling. hlppp 1992: 374-385

Clustering IBM Enterprise System/3090 computers for parallel execution of FORTRAN programsLeslie J. Scarborough, Randolph G. Scarborough, Steven W. White. ibmrd, 35(5):667-680, 1991.

Diagnosing Parallel Program Speedup Limitations Using Resource Contention ModelsThin-Fong Tsuei, Mary K. Vernon. icpp 1990: 185-189

Performance Visualization of Parallel Programs on a Shared Memory Multiprocessor SystemDavid B. Bernstein, Anthony Bolmarcich, Kimming So. icpp 1989: 1-10

Large-Scale Scientific Application Programs in Chemistry and Physics on an Experimental Parallel Computer SystemGiorgina Corongiu, John H. Detrich. ibmrd, 29(4):422-432, 1985.

Experience with Two Parallel Programs Solving the Traveling Salesman ProblemJoseph Mohan. icpp 1983: 191-193

Parallel Program Schemata and Maximal Parallelism II: Construction of ClosuresRobert M. Keller. JACM, 20(4):696-710, 1973. [doi]

Parallel Program Schemata and Maximal Parallelism I. Fundamental ResultsRobert M. Keller. JACM, 20(3):514-537, 1973. [doi]

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