Evolutionary Multi-Criterion Optimization -

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Résumé :
.- Algorithm design. .- Towards an Efficient Innovation Path Seeking Algorithm Using Directed Domination. .- An MaOEA/Local Search Hybrid Based on a Fast, Stochastic BFGS Using Achievement Scalarizing Search Directions. .- Selective evaluations for expediting multi-objective bilevel optimization. .- MOAISDX: A New Multi-objective Artificial Immune System based on Decomposition. .- PAES-25: Local Search, Archiving and Multi/Many-objective PseudoBoolean Functions. .- Weights-Guided Random Bit Climber for Binary Many-objective Optimization. .- Bilevel Optimization-based Decomposition for Solving Single and Multi objective Optimization Problems. .- A Study on Optimistic & Pessimistic Pareto-fronts in Multi objective Bilevel Optimization via ?-Perturbation. .- Cumulative Step Size Adaptation for Adaptive SEMO in Integer Space. .- Adaptive Normal-Boundary Intersection Directions for Evolutionary Many objective Optimization with Complex Pareto Fronts. .- Encodings for Multi-Objective Free-Form Coverage Path Planning. .- VBEA: Voting-Based Evolutionary Algorithm for Multi-Objective Planning. .- Enhancing NSGA-II with a Knee Point for Constrained Multi-objective Optimization. .- Benchmarking. .- Single and Multi-Objective Optimization Benchmark Problems Focusing on Human-Powered Aircraft Design. .- An Extension of the Welded Beam Problem that Includes Multiple Interactng Design Concepts. .- Extended Results on Analytical Hypervolume Indicator Calculation of Linear and Quadratic Pareto Fronts. .- MO-IOHinspector: Anytime Benchmarking of Multi-Objective Algorithms using IOH profiler. .- Applications. .- Multi-Objective Sequential Decision Making for Holistic Supply Chain Optimization. .- Interactive evolutionary re optimization for ground fish survey planning. .- A Multi-Objective Competitive Co-Evolutionary Framework with Progressive Shrinking for Wargame Scenarios. .- .- Impact of Environmental Changes on Optimized Robotics Collective Motion for Multi-Objective Coverage Tasks....

Biographie:
Applications. Part II : Algorithm analysis...

Sommaire:
.- Algorithm design. .- Towards an Efficient Innovation Path Seeking Algorithm Using Directed Domination. .- An MaOEA/Local Search Hybrid Based on a Fast, Stochastic BFGS Using Achievement Scalarizing Search Directions. .- Selective evaluations for expediting multi-objective bilevel optimization. .- MOAISDX: A New Multi-objective Artificial Immune System based on Decomposition. .- PAES-25: Local Search, Archiving and Multi/Many-objective PseudoBoolean Functions. .- Weights-Guided Random Bit Climber for Binary Many-objective Optimization. .- Bilevel Optimization-based Decomposition for Solving Single and Multi objective Optimization Problems. .- A Study on Optimistic & Pessimistic Pareto-fronts in Multi objective Bilevel Optimization via ?-Perturbation. .- Cumulative Step Size Adaptation for Adaptive SEMO in Integer Space. .- Adaptive Normal-Boundary Intersection Directions for Evolutionary Many objective Optimization with Complex Pareto Fronts. .- Encodings for Multi-Objective Free-Form Coverage Path Planning. .- VBEA: Voting-Based Evolutionary Algorithm for Multi-Objective Planning. .- Enhancing NSGA-II with a Knee Point for Constrained Multi-objective Optimization. .- Benchmarking. .- Single and Multi-Objective Optimization Benchmark Problems Focusing on Human-Powered Aircraft Design. .- An Extension of the Welded Beam Problem that Includes Multiple Interactng Design Concepts. .- Extended Results on Analytical Hypervolume Indicator Calculation of Linear and Quadratic Pareto Fronts. .- MO-IOHinspector: Anytime Benchmarking of Multi-Objective Algorithms using IOH profiler. .- Applications. .- Multi-Objective Sequential Decision Making for Holistic Supply Chain Optimization. .- Interactive evolutionary re optimization for ground fish survey planning. .- A Multi-Objective Competitive Co-Evolutionary Framework with Progressive Shrinking for Wargame Scenarios. .- .- Impact of Environmental Changes on Optimized Robotics Collective Motion for Multi-Objective Coverage Tasks....