Differential Evolution (DE) is an evolutionary algorithm, which uses the difference of solution vectors to create new candidate solutions. The key points, in the usage of population differences in proposition of new solutions, are:
- The distribution of population and its orientation is hidden in the differences of population members.
- According to the Central Limit Theorem, as the population size increases, the distribution behind the differential evolution sampling technique, tends to a multi-variable Gaussian (normal) distribution, which is very common in the context of evolutionary algorithms.
Differential Evolution is originally proposed by Rainer Storn and Kenneth Price, in 1997, in this paper. DE is a very simple, yet very powerful and useful algorithm, and can be used to deal with wide variety of optimization problems. For more information on the Differential Evolution, you can refer to the this article in Wikipedia. Also, Rainer Storn’s personal website on DE, is available in this link and contains lots of resources about the algorithm.
In this post, we are going to share with you, a structured open-source implementation of standard Differential Evolution in MATLAB. You will find it easy to use the provided source codes, in your projects and research, if you are familiar with MATLAB programming language.
The download link of this project follows.
Implementation of Differential Evolution (DE) in MATLABDownload
Citing This Work
If you wish, you can cite this content as follows.
Cite as:Mostapha Kalami Heris, Differential Evolution (DE) in MATLAB (URL: https://yarpiz.com/231/ypea107-differential-evolution), Yarpiz, 2015.