Optimization techniques for solving elliptic control problems with control and state constraints: Part 1. Boundary control

Mathematics

• Control Constraints 100%
• Optimization Techniques 96%
• State Constraints 95%
• Boundary Control 89%
• Elliptic Problems 75%
• Control Problem 70%
• Active Control 59%
• Bang-bang Control 58%
• Singular Control 52%
• Necessary Conditions of Optimality 52%
• Neumann Condition 51%
• Interior Point Method 48%
• Discretization Scheme 48%
• Dirichlet conditions 48%
• Semilinear Elliptic Equations 46%
• Inequality Constraints 42%
• Nonlinear Programming 42%
• Boundary Problem 41%
• Neumann Boundary Conditions 40%
• Dirichlet Boundary Conditions 36%
• Optimal Control Problem 33%
• Discretization 30%
• Numerical Examples 25%
• Performance 24%

Engineering & Materials Science

• Nonlinear programming 12%
• Boundary conditions 9%