Vforce: an extensible framework for reconfigurable supercomputing / Nicholas Moore ... [et. al.] | |
Otros Autores: | Conti, Albert ; Leeser, Miriam ; Moore, Nicholas ; Smith King, Laurie. |
Tema(s): | |
Resumen: | Reconfigurable supercomputer architectures require new programming tools that support application portability. The Vforce framework, based on the object-oriented VSIPL or or standard, encapsulates hardware-specific implementations behind a standard API, thus insulating application-level code from hardware-specific details. Reconfigurable supercomputing is an emerging research area that combines the power of reconfigurable hardware with traditional supercomputing architectures consisting of several processing nodes with communication facilities between nodes |
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Reconfigurable supercomputer architectures require new programming tools that support application portability. The Vforce framework, based on the object-oriented VSIPL or or standard, encapsulates hardware-specific implementations behind a standard API, thus insulating application-level code from hardware-specific details. Reconfigurable supercomputing is an emerging research area that combines the power of reconfigurable hardware with traditional supercomputing architectures consisting of several processing nodes with communication facilities between nodes
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