Sep 16, 2010 · Formal support for Untimed. SystemC Specifications: Application to High-Level Synthesis. Eugenio Villar. Fernando Herrera. Víctor Fernández ...
This paper tackles this problem by providing the fundamentals of a framework which enables the analysis of any untimed SystemC specification under a formal meta ...
Formal Support for Untimed SystemC Specifications: Application to High-level Synthesis. Profile image of Victor Herrera Fernandez Victor Herrera Fernandez.
Formal support for untimed SystemC specifications: Application to high-level synthesis. Citation Data IET Seminar Digest, Vol: 2010, Issue: 2, Page: 74-79.
This support is based on ForSyDe. The ForSyDe formalism is used as a formal framework for untimed SystemC models and to reflect the abstract execution semantics ...
Formal Support for Untimed SystemC specifications: Application to high-level synthesis. Type: International Conference. Where: Forum on specification & Design ...
Formal support for untimed SystemC specifications. Application to high-level synthesis. 2010 Forum on Specification & Design Languages (FDL 2010). 21 May 2024 ...
Formal Support for Untimed SystemC Specifications: Application to High-level Synthesis. (Short Presentation). Eugenio Villar, Fernando Herrera, and Victor ...
Sep 24, 2015 · A broad range of formal verification techniques may be applied to design components coded in C, C++ or SystemC with varying levels of timing and code ...
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FORMAL VERIFICATION OF ALGORITHMIC AND HIGH LEVEL SYNTHESIS MODELS. High-Level Synthesis (HLS) transforms algorithmic and potentially untimed design models ...