Architecture and implementation of a single-board desktop supercomputer

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ID: 271126
1995
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Abstract
A distributed-memory parallel computer (the “α7”) with a peak-performance of more than 1 GPlop was implemented on an area of 300 square inch. The seven processing elements are interconnected using Intelligent Communication — a communication scheme already approved in the MUSIC, a DSP based parallel computer of the Electronics Lab. The combination of processing elements built up using standard components with a fast, low-latency communication scheme implemented in hardware leads to a powerful parallel computer for the scientist's or engineer's workplace. Several of these computers can be joined via an optical network to form a distributed supercomputer.
Reference Key
tröster1995computerarchitecture Use this key to autocite in the manuscript while using SciMatic Manuscript Manager or Thesis Manager
Authors Björn Tiemann,Hansruedi Vonder Mühll,Ivo Hasler,Edi Hiltebrand,Anton Gunzinger,Gerhard Tröster;Björn Tiemann;Hansruedi Vonder Mühll;Ivo Hasler;Edi Hiltebrand;Anton Gunzinger;Gerhard Tröster;
Journal Computer Vision
Year 1995
DOI
10.1007/bfb0046670
URL
https://sciprofiles.com/publication/view/4a7f397729415200aaf11ec569f7dbdd
Keywords
processing element optical network intelligent communication multiple data stream single program multiple data

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