| Document Date: 2013-11-07 16:11:29
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City Houston / Pau / / Company P R&T USA LLC / BP / WG5 / Intel / / / Facility University of Houston / / IndustryTerm parallel processing extensions / post-processing step / parallel applications / Data-intensive scientific applications / shared memory systems / data-intensive algorithm / seismic imaging / data-intensive applications / data intensive applications / seismic image processing / distributed memory systems / Post-processing / parallel processing / co_product / particular processor / Large scale scientific applications / multi-processing environment / ever-increasing data processing requirements / large scale systems / larger systems / / MusicAlbum I/O / / NaturalFeature Gulf of Mexico / / OperatingSystem POSIX / / Organization University of Houston / Houston / Department of Earth / Atmospheric / and Planetary Sciences / Department of Computer Science / MIT / / Person Alan Richardson / Deepak Eachempati / Terrence Liao / Henri Calandra / Barbara Chapman / / Position application programmer / representative / programmer / / Product Coarray Fortran / OpenUH / / ProgrammingLanguage Fortran 2008 / Fortran / C / Fortran 90 / Fortran 2003 / C++ / / Region West Africa / Gulf of Mexico / / Technology data-intensive algorithm / particular processor / caching / shared memory / image processing / sequential I/O. Each processor / parallel processing / RTM algorithm / /
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A Coarray Fortran Implementation to Support Data-Intensive Application Development Deepak Eachempati∗ , Alan Richardson† , Siddhartha Jana∗ , Terrence Liao‡ , Henri Calandra§ and Barbara Chapman∗ ∗ Departmen