A Review On Memetic Algorithms and Its Developments

A. J. Wilson, D. Pallavi, M Ramachandran, Sathiyaraj Chinnasamy, S. Sowmiya
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引用次数: 6

Abstract

: A memetic algorithm in computer science and functional research an extension of the traditional genetic algorithm. Multiple target Memetic Algorithm for Design Improvement. The study of memes sees magical ideas as a kind of virus that sometimes spreads beyond fact and logic. Its pronunciation: Survival beliefs do not have to be true, survival rules are not fair, and survival rituals are not necessary. The term mimetic algorithm was first coined by Moscow (1989) to describe population-based hybrid evolutionary mechanisms integrated with local purification techniques. Magic the study of information and culture in terms of its analogy with Darwinian evolution. Spiritualists describe this as an approach to evolutionary models of cultural interactions. Mimetic describes how to successfully propagate an idea, but it may not be true. Evolutionary methods are Based on the concepts of biological evolution. The 'population' of possible solutions to the problem will be created first, and each solution will be evaluated using a 'fitness function'. The population develops over time and identifies the best solutions. Differential evolution is a population-based Meet Heuristic search algorithm that improves the problem by repeatedly improving a candidate solution based on the evolutionary process. Such algorithms make little or no assumption about the basic optimization problem, and genetic programming is a domain-independent system that quickly explores enormous design gaps and builds genetically multiple computer programs to solve a problem. In particular, genetic programming converts the population of a computer program into new generation programs using analogies of naturally occurring genetic functions. My metric algorithm in computer science and functional research is an extension of traditional genetics. Algorithm this will provide a good enough solution to an optimization problem. This reduces the chance of pre-joining using local search technology. Gene algorithms are commonly used to develop advanced solutions for biologically motivated operators, i.e. mutations, shortcuts and selective updates and search issues. Starting with the basic process of a genetic algorithm - creating an initial population estimate - we evaluate each member to calculate ‘fitness’ for population and personal preference - we want to continue to improve our overall fitness. The study of population memes sees magical ideas as a kind of virus that sometimes spreads beyond fact and logic. Its pronunciation is that survival beliefs do not have to be true, survival rules are not fair, and survival rituals are not required. The advantages of genetic systems integration are global optimization. A large package solution provides many solutions that require less information in space. Probability in nature is the genetic representation using chromosomes. Biometric algorithms are one of the latest research areas in evolution. The term MA is now used in conjunction with evolution or a population-based approach to local development practices for individual learning or problem .
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模因算法及其发展综述
模因算法在计算机科学和函数研究中的应用,是传统遗传算法的扩展。设计改进的多目标模因算法。对迷因的研究将神奇的想法视为一种病毒,有时会超越事实和逻辑传播。它的发音是:生存信念不一定是正确的,生存规则不公平,生存仪式也没有必要。模仿算法这个术语最初是由莫斯科(1989)创造的,用来描述基于种群的混合进化机制与局部净化技术的结合。魔术是对信息和文化的研究,它与达尔文进化论的类比。通灵者将其描述为一种文化互动进化模型的方法。Mimetic描述的是如何成功地传播一个想法,但这可能不是真的。进化方法是以生物进化的概念为基础的。首先创建问题的可能解决方案的“总体”,然后使用“适应度函数”评估每个解决方案。人口随着时间的推移而发展,并确定最佳解决方案。差分进化是一种基于种群的相遇启发式搜索算法,它根据进化过程反复改进候选解来改进问题。这些算法对基本的优化问题很少或没有假设,遗传规划是一个领域独立的系统,它可以快速探索巨大的设计差距,并构建遗传多个计算机程序来解决问题。特别地,遗传编程利用自然发生的遗传功能的类比将计算机程序的种群转换为新一代程序。我在计算机科学和功能研究中的度量算法是传统遗传学的延伸。这种算法将为优化问题提供足够好的解决方案。这减少了使用本地搜索技术预先加入的机会。基因算法通常用于开发生物驱动算子的高级解决方案,即突变,捷径和选择性更新和搜索问题。从遗传算法的基本过程开始——创建一个初始的种群估计——我们评估每个成员来计算种群和个人偏好的“适应度”——我们想继续提高我们的整体适应度。对群体迷因的研究将神奇的想法视为一种病毒,有时会超越事实和逻辑传播。它的发音是生存信念不一定是正确的,生存规则不公平,生存仪式也不需要。遗传系统集成的优点是全局优化。大型包解决方案提供了许多需要较少空间信息的解决方案。概率在本质上是使用染色体的遗传表示。生物识别算法是进化领域的最新研究领域之一。现在,MA一词与进化或以人口为基础的方法结合使用,以解决个别学习或问题的地方发展实践。
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