| Title | 2 |
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| Organization | 8 |
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| Contents | 18 |
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| Plenary Sessions | 23 |
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| An Introduction to Multi-Objective Particle Swarm Optimizers | 24 |
| Introduction | 24 |
| Basic Concepts | 25 |
| An Introduction to Particle Swarm Optimization | 26 |
| Particle Swarm Optimization for Multi-Objective Problems | 29 |
| Future Research Paths | 32 |
| Conclusions | 32 |
| References | 32 |
| Direct Load Control in the Perspective of an Electricity Retailer – A Multi-Objective Evolutionary Approach | 34 |
| Introduction | 34 |
| A Multi-Objective Model for the Design of Load Control Actions | 37 |
| A Case Study and Illustrative Results | 39 |
| Conclusions | 45 |
| References | 46 |
| Tutorial | 48 |
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| Evolutionary Approaches for Optimisation Problems | 49 |
| Evolutionary Computing | 49 |
| Systems | 50 |
| Objective Function | 50 |
| Search Space and Fitness Landscape | 50 |
| Optimisation | 51 |
| Optimisation Loop | 52 |
| Genetic Algorithms | 53 |
| Selection | 55 |
| Cross-Over | 57 |
| Mutation | 58 |
| Discussion | 58 |
| Schemata Theorem | 59 |
| Coding Problem | 60 |
| Genetic Programming | 62 |
| Selection | 62 |
| Cross-Over | 63 |
| Mutation | 63 |
| Ant Colony Optimisation | 64 |
| Particle Swarm Optimisation | 69 |
| Conclusions | 71 |
| References | 71 |
| Part I: Evolutionary Computation | 73 |
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| Approaches for Handling Premature Convergence in CFG Induction Using GA | 74 |
| Introduction | 74 |
| Methodologies Adapted | 76 |
| Elite Mating Pool (EMP) Approach | 77 |
| Dynamic Application of Reproduction Operator (DARO) | 78 |
| The Language Set Used | 79 |
| Experimental Setup and Outcome | 79 |
| Conclusion | 83 |
| References | 84 |
| A Novel Magnetic Update Operator for Quantum Evolutionary Algorithms | 86 |
| Introduction | 86 |
| QEA | 87 |
| QEA Structure | 88 |
| Quantum Gates Assignment | 88 |
| Magnetic Update Operator | 89 |
| Parameter Tuning | 92 |
| Experimental Results | 92 |
| Conclusion | 94 |
| References | 95 |
| Improved Population-Based Incremental Learning in Continuous Spaces | 96 |
| Introduction | 96 |
| PBIL Algorithms | 97 |
| Performance Testing | 101 |
| Comparative Results | 102 |
| Conclusions and Discussion | 104 |
| References | 105 |
| Particle Swarm Optimization in the EDAs Framework | 106 |
| Introduction and Related Work | 106 |
| Particle Swarm Optimization | 107 |
| Estimation of Distribution Algorithms | 109 |
| Particle Swarm Estimation of Distribution Algorithm | 110 |
| Experiments | 112 |
| Conclusion and Future Work | 114 |
| References | 115 |
| Differential Evolution Based Bi-Level Programming Algorithm for Computing Normalized Nash Equilibrium | 116 |
| Introduction | 116 |
| Nash Equilibrium and the GNEP | 117 |
| Nikaido Isoda Function | 118 |
| Solution Approaches for the GNEP | 118 |
| A Bi-Level Programming Approach for GNEPs | 118 |
| Differential Evolution for Bi-Level Programming | 119 |
| Numerical Examples | 121 |
| Problem 1 | 121 |
| Problem 2 | 121 |
| Problem 3 | 122 |
| Problem 4 | 122 |
| Problems 5a and 5b | 122 |
| Results | 123 |
| Conclusions | 124 |
| References | 124 |
| Part II: Fuzzy Control and Neuro-Fuzzy Systems | 126 |
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| Estimating CO Conversion Values in the Fischer-Tropsch Synthesis Using LoLiMoT Algorithm | 127 |
| Introduction | 127 |
| Experimental Studies | 129 |
| Catalyst Preparation | 129 |
| Catalyst Testing | 129 |
| Kinetic Experimental Data | 130 |
| Modeling Study | 130 |
| Local Linear Neuro-Fuzzy Network | 130 |
| Locally Linear Model Tree | 130 |
| Results and Discussion | 132 |
| Conclusions | 135 |
| References | 135 |
| Global Optimization Using Space-Filling Curves and Measure-Preserving Transformations | 138 |
| Introduction | 138 |
| Auxiliary Theoretical Results | 140 |
| Fuzzy Adaptive Simulated Annealing | 143 |
| Proposed Algorithm | 144 |
| Experiments | 145 |
| Conclusions | 146 |
| References | 147 |
| Modelling Copper Omega Type Coriolis Mass Flow Sensor with an Aid of ANFIS Tool | 148 |
| Introduction | 148 |
| Adaptive Network Based Fuzzy Inference System (ANFIS) | 150 |
| ANFIS/Neural Network Modeling of Phase Shift | 151 |
| Experimental Test Conditions | 152 |
| Results and Discussions | 153 |
| Conclusion | 156 |
| References | 157 |