声明
DEDICATION
CHAPTER 1:INTRODUCTION
1.1 Background
1.2Motivation of the dissertation
1.3Contributionof theThesis
1.4Organization of theThesis
CHAPTER 2:SYNOPSIS OFRELATED OPTIMIZATION FRAMEWORK
2.1 Introduction
2.2 CRO meta-heuristic
2.3 Bat algorithm
2.4Mutation Operator
2.5 Chapter Summary
CHAPTER 3:A DISCUSSION OFMUTATION OPERATIONSENHANCING CHEMICAL REACTION OPTIMIZATION
3.1 Introduction
3.2Combination CRO and Mutation operator approach
3.3Applicationofcomparisonmutation operator algorithms
3.4Evaluation Metrics and Experimental Parameters
3.5Experimentalresultsand discussionamongthree mutation operator
3.6 Chapter Summary
CHAPTER 4:A HYBRIDMUTATIONCHEMICAL REACTION OPTIMIZATION ALGORITHM FOR GLOBAL NUMERICAL OPTIMIZATION
4.1 Introduction
4.2 Proposed algorithm description
4.3Minimization and Maximization operation
4.4Evaluation metrics and experimental parameters
4.5MCRO fulfill theweaknessof CRO-MA
4.6Simulationresultsforminimizing optimization
4.7Simulationresults for maximizing optimization
4.8The Effect of Turning operator
4.9 Chapter Summary
CHAPTER 5:BAT–MUTATION CHEMICAL REACTION OPTIMIZATION ALGORITHM FOR SOLVING CONFLICT OPTIMIZATION PROBLEMS
5.1 Introduction
5.2BAT algorithm\(BA\)
5.3Proposed algorithm: BMCRO
5.4EvaluationEnvironmentand Parameters
5.5 Experimental
5.6Chapter Summary
CHAPTER 6:ENHANCE REAL-WORLD PROBLEMSOLVING: CASE OF BANDWIDTH UTILIZATION
6.1Background of Bandwidth utilization
6.2Benchmark for Bandwidth Utilization
6.3Algorithm Configuration
6.4Experimental Resultsof Conflicting Scenario
6.5Experimental Results of SingleObjectiveOptimization
6.6Chapter Summary
CHAPTER 7:CONCLUSIONAND FUTURE WORK
7.1Summary of the Work
7.2Future Works
致谢
参考文献
APPENDIX: PUBLICATIONS