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Because the classical synthesis methods (algebraic, i. e. projection-based synthesis), yielding only uniform [[Data Path Unit|DPU]] arrays permitting only linear pipes, systolic arrays could be used only to implement applications with regular data dependencies. By using [[simulated annealing]] instead, [[Rainer Kress]] came up with the [[super systolic array]], a generalization of the systolic array not being restricted to regular data dependencies.
The '''super systolic array''' is a generalization of the [[systolic array]]. Because the classical synthesis methods (algebraic, i. e. projection-based synthesis), yielding only uniform [[Data Path Unit|DPU]] arrays permitting only linear pipes, systolic arrays could be used only to implement applications with regular data dependencies. By using [[simulated annealing]] instead, [[Rainer Kress]] came up with the super systolic array, a generalization of the systolic array not being restricted to regular data dependencies.
==See also==
*[[SISAL]]
*[[KressArray]] - Reconfigurable version of Super systolic array
* [http://xputers.informatik.uni-kl.de/staff/hartenstein/lot/GeneralizationOfTheSystolicArray.pdf Generalization of the systolic array]▼
==External links==
*[http://www.iti.fh-flensburg.de/lang/papers/isa/index.htm ''Instruction Systolic Array (ISA)'']
*[http://kressarray.de/ KressArray]
▲* [http://xputers.informatik.uni-kl.de/staff/hartenstein/lot/GeneralizationOfTheSystolicArray.pdf Generalization of the systolic array (Super systolic array)]
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