Optimizing Data-Flow Graphs with min/max, adding and relational operations

Perez, Josep M.; Sánchez,; Fernández, Marcel

doi:10.1109/date.2010.5457022

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“…[81], [82]. In [81], the authors describe a technique using Taylor Expansion Diagrams (TED) [83], to optimize DFGs of arithmetic expressions for hardware synthesis. In [82], authors concentrate on optimizing DFGs with min-max, adding and relational operations by adding/deleting nodes.…”

Section: Compilation Of Design Specificationmentioning

confidence: 99%

Intelligent high level synthesis for customization on reconfigurable platforms

Sinha¹

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High level synthesis (HLS) using C/C++ has increasingly become a critical step in the realization of complex digital systems. One of the major research focus areas in this space has been to realize efficient synthesis of complex systems without violating stringent time-to-market constraints. Most of the related work cited in the literature has been mainly xi 6.2 Matrix size determination for matrix-matrix multiplication.

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Section: Compilation Of Design Specificationmentioning

confidence: 99%

Intelligent high level synthesis for customization on reconfigurable platforms

Sinha¹

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show abstract

Optimizing Data-Flow Graphs with min/max, adding and relational operations

Cited by 1 publication

References 8 publications

Intelligent high level synthesis for customization on reconfigurable platforms

Intelligent high level synthesis for customization on reconfigurable platforms

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