A fast robust optimization methodology based on polynomial chaos and evolutionary algorithm for inverse problems

Keyphrases

• Inverse Problem 100%
• Evolutionary Algorithms 100%
• Optimization Methodology 100%
• Polynomial Chaos 100%
• Robust Optimization 100%
• Polynomial Chaos Expansion 100%
• Chaos Algorithm 100%
• Numerical Results 50%
• Efficient Computation 50%
• Global Optimal Solution 50%
• Robust Design 50%
• Expectancy 50%
• Feasibility Model 50%
• Robust Solution 50%
• Fitness Assignment 50%
• Expected Fitness 50%
• Numerical Methodology 50%
• Stochastic Response Surface Method 50%
• Expansion Algorithm 50%
• Proposed Methodology 50%

Engineering

• Robust Design 100%
• Response Surface 100%
• Surface Model 100%
• Metrics 100%
• Illustrates 100%
• Objective Function 100%

Mathematics

• Polynomial 100%
• Evolutionary Algorithms 100%
• Objective Function 25%
• Probability Theory 25%
• Stochastics 25%
• Response Surface 25%
• Robust Design 25%