Title :
Matisse: an architectural design tool for commodity ICs
Author :
Kucukcakar, K. ; Chih-Tung Chen ; Gong, Jie ; Philipsen, Wim ; Tkacik, Thomas E.
Abstract :
To accelerate industrial adoption of behavioral synthesis, we have developed Matisse, an architectural design tool that increases productivity without sacrificing area, performance, or power. Matisse´s main difference from traditional behavioral synthesis tools is that it lets the designer play a key role. It allows the designer to make major decisions about styles, protocols, parallelism, delays, and partial or even complete architectures before the behavioral synthesis phase starts. Then it enables the designer to incorporate these decisions into the architecture using behavioral synthesis. Matisse supports the diverse design practices required for commodity IC design by giving the designer fine-grain control of behavioral synthesis tasks
Keywords :
circuit CAD; high level synthesis; Matisse; architectural design tool; behavioral synthesis; commodity ICs; delays; protocols; styles; Application specific integrated circuits; Automatic control; Costs; Displays; High level synthesis; Job shop scheduling; Manuals; Process design; Resource management; Signal processing algorithms;
Journal_Title :
Design & Test of Computers, IEEE