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  1. Chapter and Conference Paper

    Flexible I/O Support for Reconfigurable Grid Environments

    With growing computational power of current supercomputers, scientific computing applications can work on larger problems. The corresponding increase in dataset size is often correlated to an increase in neede...

    Marc-André Hermanns, Rudolf Berrendorf, Marcel Birkner in Euro-Par 2006 Parallel Processing (2006)

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    Chapter and Conference Paper

    High-Bandwidth Remote Parallel I/O with the Distributed Memory Filesystem MEMFS

    The enormous advance in computational power of supercomputers enables scientific applications to process problems of increasing size. This is often correlated with an increasing amount of data stored in (paral...

    Jan Seidel, Rudolf Berrendorf in Recent Advances in Parallel Virtual Machin… (2006)

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    Chapter and Conference Paper

    Remote Parallel I/O in Grid Environments

    Although processor speed and memory bandwidth as well as capacities of persistent storage devices evolved rapidly in the last years, the bandwidth between memory and persistent storage devices could not match ...

    Rudolf Berrendorf, Marc-André Hermanns in Parallel Processing and Applied Mathematics (2006)