As digital semiconductor designs continue to grow larger, designers are looking to hierarchical methodologies to help alleviate huge runtimes. This approach allows designers to select and time certain ...
Just as in comedy, timing is essential to the success of a microcomputer design. Often it is quite possible to get one system functioning by simply interconnecting the various components. But it is ...
Probabilistic timing analysis represents an emergent paradigm in the evaluation of real-time systems, addressing inherent uncertainties that traditional worst-case execution time (WCET) methods ...
Traditionally static timing analysis (STA) is used to verify if a CMOS digital design can meet the target speed at various process and interconnect corners. In practice, the worst-case slow or ...
Accurate static timing analysis is one of the most important steps in the development of advanced node semiconductor devices. Performance numbers are included in chip and system specifications from ...
In a perfect world, fabrication of silicon ICs would be a perfectly predictable process. Not only would every chip be absolutely identical, but there would be no variations from wafer to wafer, or lot ...
Ever-growing chip size and complexity put pressure on every step and every electronic design automation (EDA) tool in the development flow. More decisions must be made at the architectural stage, ...
Worst-case circuit analysis (WCCA) is a cost-effective means of screening a design to verify with a high degree of confidence that potential defects and deficiencies are identified and eliminated ...
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