Add to ORKGThe authors present the Inertial and Degradation Delay Model (IDDM) for CMOS digital simulation. The model combines the Degradation Delay Model presented in previous papers with a new algorithm to handle the inertial effect, and is able to take account of the propagation and filtering of arbitrarily narrow pulses (glitches, etc.). The model clearly overcomes the limitations of conventional approaches
Accurately modeling the delay of multi-input gates is challenging due to variations caused by switch...
The verification of the timing requirements of large VLSI circuits is generally performed by using ...
International audienceWe introduce the prototype of a digital timing simulation and power analysis t...
Timing verification of digital CMOS circuits is a key point in the design process. In this contribu...
As delay models used in logic timing simulation become more and more complex, the problem of model ...
This communication presents HALOTIS, a novel high accuracy logic timing simulation tool, that incor...
This communication presents the evidence of a degradation effect causing important reductions in th...
12th International Workshop, PATMOS: : International Workshop on Power and Timing Modeling, Optimiza...
International audienceDelay estimation is a crucial task in digital circuit design as it provides th...
International audienceFast digital timing simulations based on continuous-time, digital-value circui...
We introduce the Composable Involution Delay Model (CIDM) for fast and accurate digital simulation. ...
International audienceAccurate delay models are important for static and dynamic timing analysis of ...
Soft errors can occur in digital integrated circuits (ICs) as a result of an electromagnetic disturb...
Scope and Method of Study: One of the most important performance measures of digital logic circuits ...
Nowadays, verification of digital integrated circuit has been focused more and more from the timing...
Accurately modeling the delay of multi-input gates is challenging due to variations caused by switch...
The verification of the timing requirements of large VLSI circuits is generally performed by using ...
International audienceWe introduce the prototype of a digital timing simulation and power analysis t...
Timing verification of digital CMOS circuits is a key point in the design process. In this contribu...
As delay models used in logic timing simulation become more and more complex, the problem of model ...
This communication presents HALOTIS, a novel high accuracy logic timing simulation tool, that incor...
This communication presents the evidence of a degradation effect causing important reductions in th...
12th International Workshop, PATMOS: : International Workshop on Power and Timing Modeling, Optimiza...
International audienceDelay estimation is a crucial task in digital circuit design as it provides th...
International audienceFast digital timing simulations based on continuous-time, digital-value circui...
We introduce the Composable Involution Delay Model (CIDM) for fast and accurate digital simulation. ...
International audienceAccurate delay models are important for static and dynamic timing analysis of ...
Soft errors can occur in digital integrated circuits (ICs) as a result of an electromagnetic disturb...
Scope and Method of Study: One of the most important performance measures of digital logic circuits ...
Nowadays, verification of digital integrated circuit has been focused more and more from the timing...
Accurately modeling the delay of multi-input gates is challenging due to variations caused by switch...
The verification of the timing requirements of large VLSI circuits is generally performed by using ...
International audienceWe introduce the prototype of a digital timing simulation and power analysis t...