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1.- MISA: a Multi-objective Immune System Algorithm |
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2.- Micro-GA (Micro Genetic
Algorithm) |
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| 3.- MOPSO (Multi
Objective Particle Swarm Optimization) |
| 4.- MOGA + Elitism
(Multiobjective Genetic Algorithm + External File) |
| 5.- Cooperative Coevolution for Large Scale Multi-Objective Optimization |
| 6.- MOMBI: A New Metaheuristic for Many-Objective Optimization Based on the R2 Indicator |
| 7.- MOMBI-II: An Improved Metaheuristic Based on the R2 Indicator for Many-Objective Optimization |
| 8.- MOPSOhv: A New Hypervolume-based Multi-Objective Particle Swarm Optimizer |
| 9.- MOAIS-HV: Multi-Objective Artificial Immune System based on Hypervolume
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| 10.- MOEA-LAPS: MOEA based on linear assignment problem selection
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| 11. iMOACO_R: A multi-objective ant colony optimizer for continuous search spaces based on R2
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| 12. dMOPSO: A Decomposition-based Multi-Objective Particle Swarm Optimizer
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Design of Combinational
Circuits |
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Use of Particle Swarm Optimization to Design Combinational Logic Circuits
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Constraint-Handling
for Numerical Optimization |
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Cultured Differential Evolution for Constrained Optimization
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| A Simple Evolution Strategy to Solve Constrained Optimization Problems |
| Simple Feasibility Rules and Differential Evolution to Solve Constrained
Optimization Problems |
| An Artificial Immune System to handle constraints |
| A Cultural Algorithm based on
Evolutionary Programming for Constrained Optimization |
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Applets |
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Constraint-handling
techniques used with genetic algorithms (developed by Gerardo Segura
Cortés)
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| Design of combinational
logic circuits using genetic algorithms (developed by Javier Cruz
Pérez) |
| Design of a column
using a genetic algorithm (developed by Julio César Aguilar
Cabrera and Margarita Reyes Sierra) |
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