This paper studies many Genetic Algorithm strategies to solve hard-constrained optimization problems. It investigates the role of various genetic operators to avoid premature convergence. In particular, an analysis of niching methods is carried out on a simple function to show advantages and drawbacks of each of them. Comparisons are also performed on an original benchmark based on an electrode shape optimization technique coupled with a charge simulation metho
Optimization is the process of finding the minimum or maximum value that a particular function attai...
The ideal of designing a robust and efficient Genetic Algorithms (GAs), easy to use and applicable t...
University of Technology, Sydney. Faculty of Engineering and Information Technology.Evolutionary alg...
A genetic algorithm (GA) is a search and optimization method developed by mimicking the evolutionary...
Use of non-deterministic algorithms for solving multi-variable optimization problems is widely used ...
Niching methods extend genetic algorithms and permit the investigation of multiple optimal solutions...
Decision making features occur in all fields of human activities such as science and technological a...
The behavior of the two-point crossover operator, on candidate solutions to an optimization problem ...
Many real-world search and optimization problems involve inequality and/or equality constraints and ...
Abstract — The use of genetic algorithms was originally motivated by the astonishing success of thes...
A genetic algorithm is a technique designed to search large problem spaces using the Darwinian conce...
Evolutionary Algorithms started in the 1950's with [Fra57] and [Box57]. They form a powerful fa...
Genetic Algorithms are a class of powerful, robust search techniques based on genetic inheritance an...
Some non-linear optimisation problems are difficult to solve by con-ventional hill-climbing methods,...
A modified genetic algorithm is proposed for optimization of the systems of mathematical models desc...
Optimization is the process of finding the minimum or maximum value that a particular function attai...
The ideal of designing a robust and efficient Genetic Algorithms (GAs), easy to use and applicable t...
University of Technology, Sydney. Faculty of Engineering and Information Technology.Evolutionary alg...
A genetic algorithm (GA) is a search and optimization method developed by mimicking the evolutionary...
Use of non-deterministic algorithms for solving multi-variable optimization problems is widely used ...
Niching methods extend genetic algorithms and permit the investigation of multiple optimal solutions...
Decision making features occur in all fields of human activities such as science and technological a...
The behavior of the two-point crossover operator, on candidate solutions to an optimization problem ...
Many real-world search and optimization problems involve inequality and/or equality constraints and ...
Abstract — The use of genetic algorithms was originally motivated by the astonishing success of thes...
A genetic algorithm is a technique designed to search large problem spaces using the Darwinian conce...
Evolutionary Algorithms started in the 1950's with [Fra57] and [Box57]. They form a powerful fa...
Genetic Algorithms are a class of powerful, robust search techniques based on genetic inheritance an...
Some non-linear optimisation problems are difficult to solve by con-ventional hill-climbing methods,...
A modified genetic algorithm is proposed for optimization of the systems of mathematical models desc...
Optimization is the process of finding the minimum or maximum value that a particular function attai...
The ideal of designing a robust and efficient Genetic Algorithms (GAs), easy to use and applicable t...
University of Technology, Sydney. Faculty of Engineering and Information Technology.Evolutionary alg...