A scalable statistical static timing analyzer incorporating correlated non-Gaussian and Gaussian parameter variations

Keyphrases

• Parameter Variation 100%
• Non-Gaussian 100%
• Non-Gaussian Statistics 100%
• Gaussian Parameters 100%
• Static Timing 100%
• Spatial Correlation 66%
• Circuit Delay 66%
• Static Timing Analysis 66%
• Monte Carlo Simulation 33%
• Algorithm Analysis 33%
• Analysis Procedure 33%
• Mean Standard Deviation 33%
• International Cooperative Ataxia Rating Scale (ICARS) 33%
• Preprocessing Techniques 33%
• Random Variables 33%
• Time of Arrival 33%
• Block-based 33%
• Grid-based Model 33%
• Prediction Error 33%
• Correlation Information 33%
• Delay Distribution 33%
• Parameter Distribution 33%
• Benchmark Circuits 33%
• Variational Parameter 33%
• Matching Mechanism 33%
• Signal Arrival Time 33%
• Canonical Form 33%
• Pad Approximation 33%
• Moment Matching 33%

Computer Science

• Timing Analysis 100%
• Parameter Variation 100%
• Spatial Correlation 100%
• Approximation (Algorithm) 50%
• Monte Carlo Simulation 50%
• Independent Component Analysis 50%
• And Gate 50%
• Delay Distribution 50%
• Benchmark Circuit 50%
• Preprocessing Step 50%
• Experimental Result 50%
• Prediction Error 50%
• Random Variable 50%
• Correlation Information 50%
• Canonical Form 50%

Mathematics

• Gaussian Distribution 100%
• Parameter Variation 100%
• Spatial Correlation 33%
• Arrival Time 33%
• Prediction Error 16%
• Algorithm Analysis 16%
• Standard Deviation 16%
• Monte Carlo 16%
• Parameter Distribution 16%
• Canonical Form 16%
• Independent Component 16%
• Quantile 16%
• Random Variable 16%