additional slides - MIT
additional slides - MIT
additional slides - MIT
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nikhil−180<br />
Unification of Dataflow & von Neumann<br />
Designs<br />
pure Dataflow<br />
Static<br />
(Dennis &<br />
Misunas ’74)<br />
Argument<br />
Fetching<br />
(Gao,<br />
et. al. 88)<br />
"Static"<br />
(Dennis 91)<br />
Manchester<br />
Dataflow<br />
(Gurd &<br />
Watson 82)<br />
Sigma−1<br />
(Shimada &<br />
Hiraki 87)<br />
Epsilon<br />
(Grafe<br />
et.al. 88)<br />
Epsilon 2<br />
(Grafe &<br />
Hoch 89)<br />
EM 5<br />
(Kodama<br />
& Sakai 91)<br />
TTDA<br />
(Arvind<br />
et.al. 80−83)<br />
Monsoon<br />
(Papadopoulos<br />
& Culler 88)<br />
EM 4<br />
(Sakai 89)<br />
Monsoon<br />
Threads<br />
(Traub &<br />
Papadopoulos<br />
91)<br />
Unified<br />
Hybrid<br />
(Buehrer &<br />
Ekanadham 87)<br />
VNDF<br />
Hybrid<br />
(Iannucci 88)<br />
P−RISC<br />
(Nikhil &<br />
Arvind 88)<br />
Hybrid<br />
*T<br />
multithreaded<br />
von Neumann<br />
TAM<br />
CDC 6600<br />
MASA<br />
(Halstead &<br />
Fujita 88)<br />
EMPIRE<br />
(Iannucci<br />
et. al. 89−91)<br />
(Culler,<br />
et. al. 90)<br />
(Nikhil,<br />
Papadopoulos,<br />
Arvind &<br />
Greiner 91)<br />
1964<br />
HEP<br />
(B.Smith 78)<br />
iPSCs,<br />
CM−5<br />
Horizon<br />
Tera<br />
(B.Smith,<br />
et.al. 88−93)<br />
Alewife<br />
(Agarwal 89)<br />
Message<br />
Passing<br />
Cosmic<br />
Cube<br />
(Seitz 85)<br />
J−Machine<br />
(Dally 87)<br />
(adapted<br />
from a slide<br />
by Greg<br />
Papadopoulos)
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