Ecolab, Webworld and self-organisation

R. Standish
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引用次数: 3

Abstract

Ecolab and Webworld are both models of evolution produced by adding evolution to ecological equations. They differ primarily in the form of the ecological equations. Both models are self-organised to a state where extinctions balance speciations. However, Ecolab shows evidence of this self-organised state being critical, whereas Webworld does not. This paper examines the self-organised states of these two models and suggest the likely cause of the difference. Also the lifetime distribution for a mean field version of Ecolab is computed, showing that the fat tail of the distribution is due to coevolutionary adaption of the species.
艺康,网络世界和自组织
Ecolab和Webworld都是通过在生态方程式中加入进化而产生的进化模型。它们的区别主要在于生态方程式的形式。这两种模型都是自组织的,达到灭绝与物种形成平衡的状态。然而,艺康展示了这种自组织状态至关重要的证据,而Webworld则没有。本文考察了这两个模型的自组织状态,并提出了造成这种差异的可能原因。此外,计算了Ecolab平均场版本的寿命分布,表明分布的肥尾是由于物种的共同进化适应。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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