Bi-objective optimisation model for installation scheduling in offshore wind farms

Mathematics

• Optimization Model 86%
• Metaheuristics 85%
• Compromise Programming 83%
• Scheduling 70%
• Exact Method 55%
• Scheduling Problem 47%
• Variable Neighborhood Search 34%
• Weather 31%
• Integer Linear Programming 28%
• Vessel 28%
• Simulated Annealing 27%
• Local Search 27%
• Greedy Algorithm 26%
• Computational Experiments 25%
• Availability 25%
• Schedule 24%
• Completion 21%
• Optimal Solution 19%
• Optimization 17%
• Mathematical Model 17%
• Costs 16%
• Testing 16%

Business & Economics

• Wind Farm 100%
• Optimization Model 66%
• Metaheuristics 47%
• Compromise Programming 41%
• Scheduling Problem 25%
• Greedy Algorithm 19%
• Variable Neighborhood Search 19%
• Integer Linear Programming 17%
• Simulated Annealing 16%
• Local Search 16%
• Mathematical Model 15%
• Weather 14%
• Optimal Solution 12%
• Testing 11%
• Schedule 10%
• Experiment 8%
• Costs 5%

Engineering & Materials Science

• Offshore wind farms 88%
• Scheduling 47%
• Simulated annealing 13%
• Linear programming 12%
• Availability 9%
• Mathematical models 9%
• Testing 7%
• Costs 5%
• Experiments 4%