Accurate crosstalk-aware timing analysis is critical in nanometer-scale process nodes. While
today's VLSI flows rely on static timing analysis (STA) techniques to perform crosstalk-aware …

The problems of logic and timing analysis, arising in the design and optimization stages of
complex functional VLSI units, are considered. The new method of logic and timing …

Pабота посвящена исследованию и pазpаботке методов повышения
помехозащищенности комбинационных схем под воздействием pазличных источников …

High performance circuits are facing increasingly severe signal integrity problems due to
crosstalk noise and crosstalk noise awareness has become an integral part of static timing …

Данная статья посвящена разработке методики анализа быстродействия сложно-
функциональных блоков на основе интервального моделирования с учетом …

Данная статья посвящена исследованию и разработке методов повышения
помехозащищенности микроэлектронных схем. По мере роста степени интеграции и …

As the technology decreases beyond the 28nm node, the area of VLSI elements and supply
voltage level reduce significantly, and the level of integration increases. This leads to new …

Accurate estimation of worst-case crosstalk effects is critical for a realistic estimation of the
worst-case behavior of deep sub-micron circuits. Crosstalk analysis models usually assume …

Accurate crosstalk analysis has become a key issue in static timing analysis of modern deep-
submicron digital circuits. The inherent logic and timing properties of the circuit are often …

The problem of calculating accurate impact of crosstalk on a circuit considering its inherent
logic and timing properties is very complex. Although it has been widely studied, it still lacks …