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- Q931942 subject Q8411431.
- Q931942 subject Q8411640.
- Q931942 subject Q9711069.
- Q931942 abstract "Design flows are the explicit combination of electronic design automation tools to accomplish the design of an integrated circuit. Moore's law has driven the entire IC implementation RTL to GDSII design flows from one which uses primarily stand-alone synthesis, placement, and routing algorithms to an integrated construction and analysis flows for design closure. The challenges of rising interconnect delay led to a new way of thinking about and integrating design closure tools.The RTL to GDSII flow underwent significant changes from 1980 through 2005. The continued scaling of CMOS technologies significantly changed the objectives of the various design steps. The lack of good predictors for delay has led to significant changes in recent design flows. New scaling challenges such as leakage power,variability, and reliability will continue to require significant changes to the design closure process in the future. Many factors describe what drove the design flow from a set of separate design steps to a fully integrated approach, and what further changes are coming to address the latest challenges. In his keynote at the 40th Design Automation Conference entitled The Tides of EDA, Alberto Sangiovanni-Vincentelli distinguished three periods of EDA: The Age of Invention: During the invention era, routing, placement, static timing analysis and logic synthesis were invented. The Age of Implementation: In the age of implementation, these steps were drastically improved by designing sophisticated data structures and advanced algorithms. This allowed the tools in each of these design steps to keep pace with the rapidly increasing design sizes. However, due to the lack of good predictive cost functions, it became impossible to execute a design flow by a set of discrete steps, no matter how efficiently each of the steps was implemented. The Age of Integration: This led to the age of integration where most of the design steps are performed in an integrated environment, driven by a set of incremental cost analyzers.".
- Q931942 wikiPageExternalLink d6sang.lo.pdf.
- Q931942 wikiPageWikiLink Q10860336.
- Q931942 wikiPageWikiLink Q1194864.
- Q931942 wikiPageWikiLink Q1446839.
- Q931942 wikiPageWikiLink Q1484552.
- Q931942 wikiPageWikiLink Q1484784.
- Q931942 wikiPageWikiLink Q1485017.
- Q931942 wikiPageWikiLink Q1529700.
- Q931942 wikiPageWikiLink Q173198.
- Q931942 wikiPageWikiLink Q178655.
- Q931942 wikiPageWikiLink Q2025226.
- Q931942 wikiPageWikiLink Q4712193.
- Q931942 wikiPageWikiLink Q5264326.
- Q931942 wikiPageWikiLink Q7233582.
- Q931942 wikiPageWikiLink Q80831.
- Q931942 wikiPageWikiLink Q8411431.
- Q931942 wikiPageWikiLink Q8411640.
- Q931942 wikiPageWikiLink Q9711069.
- Q931942 comment "Design flows are the explicit combination of electronic design automation tools to accomplish the design of an integrated circuit. Moore's law has driven the entire IC implementation RTL to GDSII design flows from one which uses primarily stand-alone synthesis, placement, and routing algorithms to an integrated construction and analysis flows for design closure.".
- Q931942 label "Design flow (EDA)".