A computational model of evolution: haploidy versus diploidy

P. Isasi; A.Sanchis; J. Molina

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A computational model of evolution: haploidy versus diploidy

机译：进化的计算模型：单倍体与二倍体

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In this paper, the study of diploidy is introduced like an important mechanism for memory reinforcement in artificial environments where adaptation is very important. For this study, an ecosystem of birds has been simulated. The individuals of this ecosystem are able to genetically "learn" the best behaviour for survival. Critical changes, happening in the environmental conditions, require the presence of dipolidy to ensure the survival of species.

机译：在本文中，对二倍体的研究作为一种重要的机制进行了介绍，这种机制在适应非常重要的人工环境中增强了记忆。在这项研究中，模拟了鸟类生态系统。这个生态系统的个体能够通过基因“学习”生存的最佳行为。在环境条件下发生的关键变化要求存在双重政策以确保物种的生存。

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《Computers and Artificial Intelligence》 |1999年第6期|p.575-594|共20页
作者
P. Isasi; A.Sanchis; J. Molina;
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原文格式 PDF
正文语种 eng
中图分类计算技术、计算机技术;
关键词
evolutionary computation; dipolidy; simulated environment;

机译：进化计算两难模拟环境;

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6. Haploidy Diploidy and Evolution of Antifungal Drug Resistance in Saccharomyces cerevisiae [O] . James B. Anderson, Caroline Sirjusingh, Nicole Ricker 2004

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7. A computational model of evolution: haploidy versus diploidy [O] . Isasi Pedro, Sanchis Araceli, Molina José M., 1999

机译：进化的计算模型：单倍体与二倍体

A computational model of evolution: haploidy versus diploidy

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