A floorplan-aware interactive tool flow for NoC design and synthesis
Mohammad Reza Kakoee, Federico Angiolin, Srinivasan Murali, Antonio Pullini, Ciprian Seiculescu, Luca Benini
Abstract
Mohammad Reza Kakoee, Federico Angiolin, Srinivasan Murali, Antonio Pullini, Ciprian Seiculescu, Luca Benini
Abstract
In this paper we present a floorplan-aware toolchain for NoC design and synthesis integrated with a graphical front-end. The resulting design methodology is highly automated yet entails rich interaction with the user, spanning across traffic flow specification, topology synthesis and physical floorplanning, with back-annotation capabilities and opportunities for incremental design. We exploit the proposed tool to implement some NoC-based case studies. We show that not only a great amount of time and effort can be saved thanks to the easy-to-use proposed environment, but also that the quality of the final netlist improves due to the optimizations unlocked by the early-stage interaction among the designer and the proposed toolchain.
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In this paper we present a floorplan-aware toolchain for NoC design and synthesis integrated with a graphical front-end. The resulting design methodology is highly automated yet entails rich interaction with the user, spanning across traffic flow specification, topology synthesis and physical floorplanning, with back-annotation capabilities and opportunities for incremental design. We exploit the proposed tool to implement some NoC-based case studies. We show that not only a great amount of time and effort can be saved thanks to the easy-to-use proposed environment, but also that the quality of the final netlist improves due to the optimizations unlocked by the early-stage interaction among the designer and the proposed toolchain.
Key concepts: Toolchain, Floorplan, Netlist, Computer science, Exploit, Design flow, Physical design, Computer architecture