Integration of scheduling and control with online closed-loop implementation: Fast computational strategy and large-scale global optimization algorithm

Keyphrases

• Computational Strategies 100%
• Control Problem 100%
• Closed-loop 100%
• Integration Framework 100%
• Scheduling Problem 100%
• Global Optimization Algorithm 100%
• Online Implementation 100%
• Large-scale Global Optimization 100%
• Dynamic Optimization 66%
• Production System 66%
• Integrated Problem 66%
• Mixed-integer Dynamic Optimization 66%
• Integration Challenges 66%
• Manufacturing Process 33%
• Controller 33%
• Integration Method 33%
• Model Properties 33%
• Discrete Variables 33%
• Scheduling Constraints 33%
• Nonconvex 33%
• Differential Equations 33%
• Scheduling Decisions 33%
• Large-scale Problems 33%
• Mixed-integer 33%
• Computation Time 33%
• Sequential Method 33%
• Integrated Scheduling 33%
• Simultaneous Approach 33%
• Cost Rate 33%
• Linear Constraints 33%
• Selection Problem 33%
• Global Optimization Method 33%
• Nonlinear Objective Function 33%
• Control Decision 33%
• Dinkelbach Algorithm 33%
• Nonlinear Fractional Programming 33%
• Fractional Programming Problem 33%
• Function Constraints 33%
• Online Application 33%
• Controller Selection 33%
• Integrated Control 33%
• Online Solution 33%
• Polymer Manufacturing 33%
• Simultaneous Scheduling 33%
• Full Discretization 33%
• Conflicting Factors 33%

Engineering

• Optimisation Problem 100%
• Closed Loop 100%
• Global Scale 100%
• Production System 100%
• Manufacturing Process 50%
• Integration Method 50%
• Computational Time 50%
• Optimization Method 50%
• Reformulation 50%
• Cost Rate 50%
• Scale Problem 50%
• Objective Function 50%
• Discretization 50%