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Showing 41-60 of 131 results

  1. Simulating Parallel Architectures with BSPlab

    BSPlab is a simulation environment for studying parallel architectures. It offers the BSPlib parallel programming library and is based on Bulk...
    Lasse Natvig in High-Performance Computing and Networking
    Conference paper 2001

  2. An Adaptive Space-Sharing Policy for Heterogeneous Parallel Systems

    As the distributed-memory parallel systems become heterogeneous in nature, it is important to devise scheduling policies that take node heterogeneity...
    Zhengao Zhou, Sivarama P. Dandamudi in High-Performance Computing and Networking
    Conference paper 2001

  3. Implementation of a CORBA-Based Metacomputing System⋆

    The access to distributed high performance computing facilities for execution of Java programs has generated considerable interest. A metacomputing...
    Y. Cardinale, M. Curiel, ... E. Hernández in High-Performance Computing and Networking
    Conference paper 2001

  4. Optimal Caching Policies for Web Objects

    Web objects are stored in a local cache in order to reduce the cost of future accesses. The cache size is limited, so it is necessary to have a...
    M. D. Hamilton, P. McKee, I. Mitrani in High-Performance Computing and Networking
    Conference paper 2001

  5. Parallel Models for Reactive Scattering Calculations

    The task of articulating some computer programs aimed at calculating reaction probabilities and reactive cross sections of elementary atom diatom...
    Valentina Piermarini, Leonardo Pacifici, ... Antonio Lagan` in High-Performance Computing and Networking
    Conference paper 2001

  6. Event Manipulation for Nondeterministic Shared-Memory Programs

    Building powerful machines is only one part of high performance computing. Obviously, such supercomputers must be programmed efficiently to obtain...
    Dieter Kranzlmüller, Rene Kobler, Jens Volkert in High-Performance Computing and Networking
    Conference paper 2001

  7. Scheduling Task Graphs on Arbitrary Processor Architectures Considering Contention

    For the efficient utilisation of a parallel system a task must be divided into sub-task and these must be assigned to the system’s resources. The...
    Oliver Sinnen, Leonel Sousa in High-Performance Computing and Networking
    Conference paper 2001

  8. On-Line Tool Support for Parallel Applications

    This paper presents the recent development of the environment of on-line tools for parallel programming support, based on a universal monitoring...
    Marian Bubak, Włodzimierz Funika, ... Roland Wismüller in High-Performance Computing and Networking
    Conference paper 2001

  9. Tertiary Storage System for Index-Based Retrieving of Video Sequences

    In this paper we present a research which is aimed at develo**a tertiary storage system architecture for efficient index-based retrievingo f video...
    Darin Nikolow, Renata Słota, ... Janusz Otfinowski in High-Performance Computing and Networking
    Conference paper 2001

  10. Advanced Library Support for Irregular and Out-of-Core Parallel Computing

    Large scale irregular applications involve data arrays and other data structures that are too large to fit in main memory and hence reside on disks;...
    Peter Brezany, Marian Bubak, ... Katarzyna Zając in High-Performance Computing and Networking
    Conference paper 2001

  11. Source Code and Task Graphs in Program Optimization

    We present scheduling techniques considering the source code as well as the task graph of a parallel program. This approach allows to chose the...
    Welf Löwe, Wolf Zimmermann, ... Jörn Eisenbiegler in High-Performance Computing and Networking
    Conference paper 2001

  12. Two Layers Distributed Shared Memory

    This paper presents a methodology to design a distributed shared memory by decomposing it into two layers. An application independent layer supplies...
    F. Baiardi, D. Guerri, ... L. Ricci1 in High-Performance Computing and Networking
    Conference paper 2001

  13. Code Positioning for VLIW Architectures

    Several studies have considered reducing instruction cache misses and branch penalty stall cycles by means of various forms of code placement. Most...
    Andrea G. M. Cilio, Henk Corporaal in High-Performance Computing and Networking
    Conference paper 2001

  14. Resource Planning in Converged Networks

    Network resource planning aims to determine cost-effective resources needed to carry current volumes of traffic. Determining where and when to add...
    T. T. MaiHoang, Werner Zorn in High-Performance Computing and Networking
    Conference paper 2001

  15. Increased Efficiency of Parallel Calculations of Fragment Molecular Orbitals by Using Fine-Grained Parallelization on a HITACHI SR8000 Supercomputer

    A program for the fragment molecular orbital (FMO) calculation was developed that uses fine-grained parallelization to determine the electronic...
    Yuichi Inadomi⋆, Tatsuya Nakano, ... Umpei Nagashima in High-Performance Computing and Networking
    Conference paper 2001

  16. A Compiler Infrastructure for High-Performance Java⋆

    This paper describes the zJava compiler infrastructure, a high-level framework for the analysis and transformation of Java programs. This framework...
    Neil V. Brewster, Tarek S. Abdelrahman in High-Performance Computing and Networking
    Conference paper 2001

  17. Computational Communities: A Marketplace for Federated Resources

    We define a grid middleware comprising federated resources that facilitates a globally optimal map** of applications to the available resources...
    Steven Newhouse, John Darlington in High-Performance Computing and Networking
    Conference paper 2001

  18. A Distributed Platform with Features for Supporting Dynamic and Mobile Resources

    Networks of workstations are now common places. They are more and more often used by the parallel computing community to achieve large computations....
    Serge Chaumette, Asier Ugarte in High-Performance Computing and Networking
    Conference paper 2001

  19. Data and Metadata Collections for Scientific Applications

    The internet has provided a means to share scientific data across groups and disciplines for integrated research extending beyond the local computing...
    Arcot K. Rajasekar, Reagan W. Moore in High-Performance Computing and Networking
    Conference paper 2001

  20. An Open Distributed Shared Memory System1

    In this paper we present a set of Distributed Shared Memory (DSM) tools. These tools follow the philosophy of Open Implementation. They do not...
    G. Manis, L. Lymberopoulos, ... G. Papakonstantinou in High-Performance Computing and Networking
    Conference paper 2001
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