In this preliminary study, the dynamic of continuous optimization algorithm Success-History based Adaptive Differential Evolution (SHADE) is translated into a Complex Network (CN) and the basic network feature, node degree centrality, is analyzed in order to provide helpful insight into the inner workings of this state-of-the-art Differential Evolution (DE) variant. The analysis is aimed at the correlation between objective function value of an individual and its participation in production of better offspring for the future generation. In order to test the robustness of this method, it is evaluated on the CEC2015 benchmark in 10 and 30 dimensions. © 2017, Springer International Publishing AG
Differential evolution (DE) is a population-based algorithm using Darwinian and Mendel principles to...
Differential evolution (DE) is a population-based algorithm using Darwinian and Mendel principles to...
Differential Evolution (DE) has been widely appraised as a simple yet robust population-based, non-c...
This paper presents a novel approach to visualizing Evolutionary Algorithm (EA) dynamic in complex n...
This preliminary study presents a hybridization of two research fields – evolutionary algorithms and...
In this research paper a hybridization of two computational intelligence fields, which are evolution...
This paper presents a novel multi-chaotic framework, which is used for the parent selection process ...
This research paper presents a new approach to population size reduction in Success-History based Ad...
This paper provides an analysis of the population clustering in a novel Success-History based Adapti...
This research paper presents an analysis of the population activity in Differential Evolution algori...
This paper provides an analysis of the population clustering in a novel Success-History based Adapti...
Differential evolution is a simple yet efficient heuristic originally designed for global optimizati...
In this paper, a comparative study of seven variants of the Success-History based Adaptive Different...
Differential Evolution is a powerful stochastic population-based evolutionary algorithm for continuo...
This paper proposes a simple, yet effective, modification to scaling factor and crossover rate adapt...
Differential evolution (DE) is a population-based algorithm using Darwinian and Mendel principles to...
Differential evolution (DE) is a population-based algorithm using Darwinian and Mendel principles to...
Differential Evolution (DE) has been widely appraised as a simple yet robust population-based, non-c...
This paper presents a novel approach to visualizing Evolutionary Algorithm (EA) dynamic in complex n...
This preliminary study presents a hybridization of two research fields – evolutionary algorithms and...
In this research paper a hybridization of two computational intelligence fields, which are evolution...
This paper presents a novel multi-chaotic framework, which is used for the parent selection process ...
This research paper presents a new approach to population size reduction in Success-History based Ad...
This paper provides an analysis of the population clustering in a novel Success-History based Adapti...
This research paper presents an analysis of the population activity in Differential Evolution algori...
This paper provides an analysis of the population clustering in a novel Success-History based Adapti...
Differential evolution is a simple yet efficient heuristic originally designed for global optimizati...
In this paper, a comparative study of seven variants of the Success-History based Adaptive Different...
Differential Evolution is a powerful stochastic population-based evolutionary algorithm for continuo...
This paper proposes a simple, yet effective, modification to scaling factor and crossover rate adapt...
Differential evolution (DE) is a population-based algorithm using Darwinian and Mendel principles to...
Differential evolution (DE) is a population-based algorithm using Darwinian and Mendel principles to...
Differential Evolution (DE) has been widely appraised as a simple yet robust population-based, non-c...