Receding Horizon Robust Control for Nonlinear Systems Based on Linear Differential Inclusion of Neural Networks

Mathematics

• Receding Horizon Control 100%
• Neural Control 92%
• Robust Control 77%
• Differential Inclusions 63%
• Neural Networks 59%
• Nonlinear Systems 49%
• Horizon 39%
• Input Constraints 20%
• Robust Performance 18%
• Dynamic Games 17%
• Finite Horizon 14%
• State Constraints 14%
• Infinite Horizon 14%
• Closed-loop System 14%
• Linear Matrix Inequality 13%
• Saddlepoint 12%
• Weighting 12%
• Monotonicity 10%
• Internal 10%
• Optimization Problem 8%
• Performance 7%
• Class 3%

Business & Economics

• Robust Control 91%
• Nonlinear Systems 85%
• Neural Networks 75%
• Inclusion 51%
• Linear Matrix Inequality 26%
• State Constraints 25%
• Monotonicity 22%
• Saddlepoint 21%
• Finite Horizon 18%
• Dynamic Games 17%
• Infinite Horizon 17%
• Weighting 15%
• Optimization Problem 14%
• Matrix 13%
• Guarantee 12%
• Performance 12%

Engineering & Materials Science

• Robust control 63%
• Nonlinear systems 53%
• Neural networks 38%
• Linear matrix inequalities 15%
• Closed loop systems 14%