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==Computing== * [[AltiVec]], a floating point and integer SIMD instruction set called VMX by IBM ...

{{Short description|SIMD Computer System}} ...nt, the design of the [[MasPar]] MP-1 computer.<ref>{{cite book |title=The SIMD Model of Parallel Computation |first1=Robert |last1=Cypher |first2=Jorge L. ...

In [[parallel computing]], the '''Geometric Arithmetic Parallel Processor''' ('''GAPP'''), invented ...(that is, its PE) in the early versions of GAPP was nothing but a [[1-bit computing|1-bit]] full-adder/subtractor, which efficiently served both the complex ar ...

The '''ILLIAC III''' was a fine-grained [[SIMD]] [[pattern recognition]] computer built by the [[University of Illinois at ...5858/http://www-csag.ucsd.edu/individual/achien/cs433/Lectures/Lecture8.ps SIMD - CS 433 - UC San Diego CS Dept. - Andrew A. Chien] (PS) See page 5. ...

'''Visual Instruction Set''', or '''VIS''', is a [[SIMD]] instruction set extension for [[SPARC|SPARC V9]] [[microprocessor]]s deve As with the SIMD instruction set extensions on other [[RISC]] processors, VIS strictly confo ...

...[supercomputer]] project that bonded a two-processor [[Cray-3]] to a new [[SIMD]] processing unit based entirely in the computer's [[main memory]].<ref>htt ..., noticed a novel way to implement a parallel computer. Previous massively SIMD designs, like the [[Connection Machine]]s, consisted of a large number of i ...

{{Short description|Parallel computing architecture}} ...use of computational resources. However, one prominent example of MISD in computing are the [[Space Shuttle]] flight control computers.<ref>{{cite journal |las ...

...architect of the TX-2.<ref name="november">{{cite book |title = Biomedial Computing, Digitizing Life in the United States |author = Joseph November |chapter = ...stor]]-based computer using the then-huge amount of 64[[kibi-|K]] [[36-bit computing|36-bit]] [[Word (computer architecture)|word]]s of [[magnetic-core memory]] ...

{{Short description|BOINC based volunteer computing project}} ...') is a [[database]] of [[protein]] similarities created using [[volunteer computing]].<ref name="ArnoldRattei2005">{{cite journal|last1=Arnold|first1=R.|last2= ...

{{Short description|Computing technique used to achieve parallelism}} ...arities with SIMD, but it is actually a form of MIMD do not redirect it to SIMD --> ...

{{Short description|SIMD instruction set}} ...on set created by [[Intel]] and is the fourth iteration of the [[Streaming SIMD Extensions|SSE]] technology. ...

...DNow!]] (developed by AMD, no longer supported on newer CPUs), [[Streaming SIMD Extensions|SSE]], and [[SSE2]]. ...title=SSE3 Instruction Set |url=https://softpixel.com/~cwright/programming/simd/sse3.php |access-date=2023-04-10 |website=softpixel.com |language=en}}</ref ...

...uction]]s at the same time, increasing [[throughput]] with high [[parallel computing]] while increasing [[performance per watt]] and [[computer architecture|ha ...on set it additionally uses a 4-way [[single instruction, multiple data]] (SIMD) vector processor core. A [[32-bit]] [[RISC]] instruction set in the [[supe ...

...or-link1=Michael J. Flynn|doi=10.1109/PROC.1966.5273|title=Very high-speed computing systems|journal=[[Proceedings of the IEEE]]|volume=54|issue=12|pages=1901–1 ...=12 November 2013}}</ref> Flynn defined three additional sub-categories of SIMD in 1972.<ref name="flynn-1972d" /> ...

...''HPF''') is an extension of [[Fortran 90]] designed to support [[parallel computing]], developed by the ''High Performance Fortran Forum'' (HPFF). The HPFF was ...acilitates efficient execution on both [[Single instruction, multiple data|SIMD]] and [[Multiple instruction, multiple data|MIMD]] architectures. Key featu ...

...s a single instruction, multiple data ([[Single instruction, multiple data|SIMD]]) processor).<ref name="Patterson 2012 p. 650">{{cite book | last=Patterso The term ''scalar'' in computing dates to the 1970 and 1980s when vector processors were first introduced. ...

'''MMX''' is a ''single instruction, multiple data'' ([[SIMD]]) [[instruction set architecture]] designed by [[Intel]], introduced on Ja ...extended by several programs by Intel and others: [[3DNow!]], [[Streaming SIMD Extensions]] (SSE), and ongoing revisions of [[Advanced Vector Extensions]] ...

* All models support: ''[[MMX (instruction set)|MMX]], [[Streaming SIMD Extensions|SSE]], [[3DNow!|Enhanced 3DNow!]]'' ...cal clock rate. The FSB's true data rate, 200, 266, 333 or 400 [[Transfer (computing)|MT/s]], is used in the tables and the corresponding physical clock rates a ...

...g SIMD Extensions''' ('''SSE''') is a single instruction, multiple data ([[SIMD]]) [[instruction set]] extension to the [[x86]] architecture, designed by [ ...ings), most of which work on [[single precision]] [[floating-point]] data. SIMD instructions can greatly increase performance when exactly the same operati ...

| genre = [[Benchmark (computing)|Benchmark]] Super PI is popular in the [[overclocking]] community, both as a [[Benchmark (computing)|benchmark]] to test the performance of these systems<ref>{{citation|title= ...