MINIMALIST: An Environment for the Synthesis, Verification and Testability of Burst-Mode Asynchronous Machines
- MINIMALIST: An Environment for the Synthesis, Verification and Testability of Burst-Mode Asynchronous Machines
- Fuhrer, Robert M.
Nowick, Steven M.
Jha, Niraj K.
- Computer Science
- Persistent URL:
- Columbia University Computer Science Technical Reports
- Part Number:
- Department of Computer Science, Columbia University
- Publisher Location:
- New York
- MINIMALIST is a new extensible environment for the synthesis and verification of burst-mode asynchronous finite-state machines. MINIMALIST embodies a complete technology-independent synthesis path, with state-of-the-art exact and heuristic asynchronous synthesis algorithms, e.g.optimal state assignment (CHASM), two-level hazard-free logic minimization (HFMIN, ESPRESSO-HF, and IMPYMIN), and synthesis-for-testability. Unlike other asynchronous synthesis packages, MINIMALIST also offers many options:literal vs. product optimization, single- vs. multi-output logic minimization, using vs. not using fed-back outputs as state variables, and exploring varied code lengths during state assignment, thus allowing the designer to explore trade-offs and select the implementation style which best suits the application. MINIMALIST benchmark results demonstrate its ability to produce implementations with an average of 34% and up to 48% less area, and an average of 11% and up to 37% better performance, than the best existing package. Our synthesis-for-testability method guarantees 100% testability under both stuck-at and robust path delay fault models,requiring little or no overhead. MINIMALIST also features both command-line and graphic user interfaces, and supports extension via well-defined interfaces for adding new tools. As such, it is easily augmented to form a complete path to technology-dependent logic.
- Computer science
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- Suggested Citation:
- Robert M. Fuhrer, Steven M. Nowick, Michael Theobald, Niraj K. Jha, Bill Lin, Luis Plana, 1999, MINIMALIST: An Environment for the Synthesis, Verification and Testability of Burst-Mode Asynchronous Machines, Columbia University Academic Commons, https://doi.org/10.7916/D8WD4BQ9.