Add to ORKGOver the last thirty years, the deterministic static timing analysis has been sufficient for digital circuit design. However, in recent years the increased variations in digital circuit, such as perturbation in th
systems, and the bounding which the clock provides, naturally leads to systems with worst case perfo...
Variability of process parameters makes prediction of digital circuit timing characteristics an impo...
Abstract Statistical static timing analysis (SSTA) has emerged as an essential tool for nanoscale de...
This paper proposed the impact of variations on delay in CMOS technology of 32 nm. The magnitude of ...
The effect of process variation is getting worse with every technology generation. With variability ...
Timing analysis is a cornerstone of the digital design process. Statistical Static Timing Analysis w...
A vast literature has been published on Statistical Static Timing Analysis (SSTA), its motivations, ...
Uncertainty in circuit performance due to manufacturing and en-vironmental variations is increasing ...
Static timing analysis has traditionally used the PERT method for identifying the critical path of a...
As we are moving toward nanometre technology, the variability in the circuit parameters and operatin...
As the technology grows, the tendency to increase the data rate also increases. Clocks with higher f...
Abstract—As process variations become a significant problem in deep sub-micron technology, a shift f...
Accurate estimation of critical path delays in circuits is a challenging task, particularly when var...
This brief presents an efficient approach to statistical static timing analysis (STA), which estimat...
Manufacturing process variations lead to circuit timing variability and a corresponding timing yield...
systems, and the bounding which the clock provides, naturally leads to systems with worst case perfo...
Variability of process parameters makes prediction of digital circuit timing characteristics an impo...
Abstract Statistical static timing analysis (SSTA) has emerged as an essential tool for nanoscale de...
This paper proposed the impact of variations on delay in CMOS technology of 32 nm. The magnitude of ...
The effect of process variation is getting worse with every technology generation. With variability ...
Timing analysis is a cornerstone of the digital design process. Statistical Static Timing Analysis w...
A vast literature has been published on Statistical Static Timing Analysis (SSTA), its motivations, ...
Uncertainty in circuit performance due to manufacturing and en-vironmental variations is increasing ...
Static timing analysis has traditionally used the PERT method for identifying the critical path of a...
As we are moving toward nanometre technology, the variability in the circuit parameters and operatin...
As the technology grows, the tendency to increase the data rate also increases. Clocks with higher f...
Abstract—As process variations become a significant problem in deep sub-micron technology, a shift f...
Accurate estimation of critical path delays in circuits is a challenging task, particularly when var...
This brief presents an efficient approach to statistical static timing analysis (STA), which estimat...
Manufacturing process variations lead to circuit timing variability and a corresponding timing yield...
systems, and the bounding which the clock provides, naturally leads to systems with worst case perfo...
Variability of process parameters makes prediction of digital circuit timing characteristics an impo...
Abstract Statistical static timing analysis (SSTA) has emerged as an essential tool for nanoscale de...