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Date: Tue, 20 May 2014 05:16:36 -0400

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parallel 2709HR2RJJprocessing at American 2709HR2RJJFederation of Information Processing Societies 2709HR2RJJConference.[48] It was during2709HR2RJJ this debate
that Amdahl 's Law was coined to define the limit of speed-up due to parallelism.In
1969, US company Honeywell introduced its first2709HR2RJJ Multics system, a symmetric multiprocessor system capable of
running up to eight processors in parallel.[48] C.mmp, a 1970s multi-processor project at Carnegie Mellon University, was "among the first multiprocessors with more than a few processors".[45]
"The first bus-connected multi-processor with snooping caches was the Synapse N+1 in 1984."SIMD parallel computers
can be traced back to the 1970s. The motivation behind early SIMD computers was to
amortize the gate delay of the processor's control unit over multiple instructions.[50] In 1964, Slotnick had proposed building a massively
parallel computer for the Lawrence Livermore National Laboratory.[48] His design 2709HR2RJJwas funded by the US Air Force, which was the
earliest SIMD

computing effort, ILLIAC IV.[48] The key to its design was a fairly high parallelism, with up to 256 processors, which allowed
the machine to work on large datasets in2709HR2RJJ what would later be known as vector processing. However, ILLIAC IV was 2709HR2RJJcalled
"the most infamous of Supercomputers", because the project was only one fourth
complet2709HR2RJJed, but 2709HR2RJJtook 11 ears and c2709HR2RJJost almos}was outperformed by existing commercial supercomputers such
as the Cray-1.The single-instruction-single-data (SISD) classification 2709HR2RJJis equivalent to an entirely sequential program. The
single-instruction-multiple-data (SIMD) classification 2709HR2RJJis analogous to doing the same operation repeatedly over a large data set. This is commonly done in signal processing
applications. Multiple-instruction-single-data (MISD) is a rarely used classification. While computer architectures to deal
with this were devised (such as systolic arrays), few