IEEE Transactions on Computers · 1974 · 32 citations · 7 references
EngineeringComputer ArchitectureComputational ComplexityVector ProcessingMulti-channel Memory ArchitectureHardware SecurityArray ComputingParallel Complexity TheoryParallel Memory SystemParallel ComputingParallel MemoriesComputer EngineeringComputer ScienceP ElementsMicroelectronicsMemory ArchitectureExternal-memory AlgorithmParallel ProgrammingP-ordered VectorVectorization
Several methods have been considered for storing arrays in a parallel memory system so that various useful partitions of an array can be fetched from the memory with a single access. Some of these methods fetch vectors in an order scrambled from that required for a computation. This paper considers the problem of unscrambling such vectors when the vectors belong to a class called p-ordered vectors. This class of vectors is defined in such a way that elements that should be adjacent in an unscrambled vector are p elements apart in the p-ordered vector.
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The Art of Computer Programming
G.E. Whitesides · Nuclear Science and Engineering · 1970 · 6.1K citations
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The Organization and Use of Parallel Memories
Paul P. Budnik, David J. Kuck · IEEE Transactions on Computers · 1971 · 288 citations