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What is Evolutionary Algorithm

Handbook of Research on Novel Soft Computing Intelligent Algorithms: Theory and Practical Applications
A metaheuristic algorithm based on the theories of evolution and natural selection.
Published in Chapter:
A Fuzzy Simulated Evolution Algorithm for Hard Problems
Michael Mutingi (University of Johannesburg, South Africa & University of Botswana, Botswana)
DOI: 10.4018/978-1-4666-4450-2.ch029
Abstract
As problem complexity continues to increase in industry, developing efficient solution methods for solving hard problems, such as heterogeneous vehicle routing and integrated cell formation problems, is imperative. The focus of this chapter is to develop from the classical simulated evolution algorithm, a Fuzzy Simulated Evolution Algorithm (FSEA) that incorporates the concepts of fuzzy set theory, evolution, and constructive perturbation. The aim is to improve the search efficiency of the algorithm by enhancing the major phases of the algorithm through initialization, evaluation, selection, and reconstruction. Illustrative examples are provided to demonstrate the candidate application areas and to show the strength of the algorithm. Computational experiments are conducted based on benchmark problems in the literature. Results from the computational experiments demonstrate the strength of the algorithm. It is anticipated that the application of the FSEA metaheuristic can be extended to other hard large scale problems.
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Introduction to Artificial Intelligence
Is an algorithm that follows the natural order of evolution, such as the survival of the fittest, to come up with the desired results.
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Learning in Feed-Forward Artificial Neural Networks II
A computer simulation in which a population of individuals (abstract representations of candidate solutions to an optimization problem) are stochastically selected, recombined, mutated, and then removed or kept, based on their relative fitness to the problem.
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Nelder-Mead Evolutionary Hybrid Algorithms
A class of probabilistic algorithms that are based upon biological metaphors such as Darwinian evolution, and widely used in optimization.
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Artificial Intelligence and Machine Learning Education and Literacy: Teacher Training for Primary and Secondary Education Teachers
A global optimization type of algorithm inspired by the Darwinian evolution of living organisms that aims to solve problems through the evolution of a population of solutions to a given task.
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Evolutionary Robotics
Stochastic population based search algorithm inspired on natural evolution. The problem is encoded in an n-dimensional search space where individuals represent candidate solutions. Better individuals have higher reproduction probabilities than worse individuals, thus allowing the fitness of the population to increase through the generations
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Application of Nature-Inspired Algorithms for Sensing Error Optimisation in Dynamic Environment
A set of meta-heuristic, population-based optimization techniques that uses nature inspired processes such as selection, reproduction, recombination, mutation, etc.
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Object Classification Using CaRBS
An algorithm that incorporates aspects of natural selection or survival of the fittest.
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Optimization Techniques for Solar Energy System Design and Operation
Evolutionary algorithms are optimization techniques inspired by natural evolution. They can be applied in solar energy systems to optimize parameters and improve performance, such as solar panel placement or energy management strategies.
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Evolutionary Algorithms for Multi-Objective Scheduling in a Hybrid Manufacturing System
An evolutionary algorithm is inspired by biological evolution and uses crossover, mutation, selection mechanisms.
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Hybrid Genetic Approach for Solving Fuzzy Graph Coloring Problem
Is any type of learning method motivated by their obvious and intentional parallels to biological evolution, including, but not limited to, genetic algorithms, evolutionary strategies, and genetic programming.
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Multi-Objective Training of Neural Networks
Optimization algorithm based on Darwinian nature evolution.
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Algorithms-Aided Sustainable Urban Design: Geometric and Parametric Tools for Transit-Oriented Development
A computational optimization tool inspired by biological evolution mechanisms, such as reproduction, mutation, recombination, and selection. Potential solutions to the optimization problem play the role of individuals in a population, and it´s evolution is obtained after the repetition of the above operators, according to a fitness function.
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The Use of Soft Computing in Management
An algorithm-based methodology inspired by biological evolution to find computer programs that perform a user-defined task.
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A System on Chip Development of Customizable GA Architecture for Real Parameter Optimization Problem
A set of meta-heuristic, population-based optimization techniques that uses nature inspired processes such as selection, reproduction, recombination, mutation, etc.
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Improving Energy Efficiency in Industry 4.0 With Multi-Objective Optimization
A class of probabilistic algorithms that are based upon biological metaphors such as Darwinian evolution, and widely used in optimization.
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Nature-Inspired-Algorithms-Based Cellular Location Management: Scope and Applications
Sub-class of Nature-Inspired algorithms based on Darwin’s theory of survival of the fittest and natural selection.
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Multi-Objective Evolutionary Algorithms
A class of probabilistic algorithms that are based upon biological metaphors such as Darwinian evolution, and widely used in optimization
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A Memetic Algorithm for the Multi-Depot Vehicle Routing Problem with Limited Stocks
The algorithm uses mechanisms inspired by biological evolution, including genetic algorithm (GA), ant colony optimization (ACO) and differential evolution (DA).
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An Integrated Methodology for Order Release and Scheduling in Hybrid Manufacturing Systems: Considering Worker Assignment and Utility Workers
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A Taxonomy of Quantum Computing Algorithms: Advancements and Anticipations
The evolutionary algorithm (EA) emulates the behavior of living organisms by using mechanisms inspired by nature to solve problems. Both evolutionary computing and bio-inspired computing incorporate EA. Evolutionary algorithms are modeled after Darwin's concepts.
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Classification and Ranking Belief Simplex
An algorithm that incorporates aspects of natural selection or survival of the fittest.
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Evolutionary Intelligence-Based Feature Descriptor Selection for Efficient Identification of Anti-Cancer Peptides
Uses mechanisms inspired by biological evolution, such as reproduction, mutation, recombination, and selection.
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