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Survival of the Fittest: Natural Selection with the .NET Framework

机译:适者生存:.NET Framework的自然选择

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摘要

Genetic programming (GP) is one of the most useful, general-purpose problem solving techniques available to developers. It has been used to solve a wide range of problems, such as symbolic regression, data mining, optimization, and emergent behavior in biological communities. GP is one instance of the class of techniques called evolutionary algorithms, which are based on insights from the study of natural selection and evolution. Living things are extraordinarily complex, far more so than even the most advanced systems designed by humans. Evolutionary algorithms solve problems not by explicit design and analysis, but by a process akin to natural selection. An evolutionary algorithm solves a problem by first generating a large number of random problem solvers (programs). Each problem solver is executed and rated according to a fitness metric defined by the developer. In the same way that evolution in nature results from natural selection, an evolutionary algorithm selects the best problem solvers in each generation and breeds them.
机译:遗传编程(GP)是开发人员可以使用的最有用的通用问题解决技术之一。它已被用来解决各种问题,例如符号回归,数据挖掘,优化以及生物群落中的紧急行为。 GP是称为进化算法的一类技术的一个实例,它基于对自然选择和进化研究的见解。生物非常复杂,甚至比人类设计的最先进的系统还要复杂。进化算法不是通过明确的设计和分析来解决问题,而是通过类似于自然选择的过程来解决问题。进化算法通过首先生成大量随机问题求解器(程序)来解决问题。每个问题解决者都根据开发人员定义的适用性指标进行执行和评分。就像自然进化来自自然选择一样,进化算法选择每一代中最好的问题求解器并进行繁殖。

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