首页> 外文会议>Eighth International Conference on Artificial Life Aug, 2002 Sydney >Improving and Still Passing the ALife Test: Component-Normalised Activity Statistics Classify Evolution in Geb as Unbounded
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Improving and Still Passing the ALife Test: Component-Normalised Activity Statistics Classify Evolution in Geb as Unbounded

机译:改进并仍通过ALife测试:组件归一化活动统计将Geb中的进化归类为无界

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Bedau's (1998a) classification system for long-term evolutionary dynamics provides a test for open-ended evolution. Making this ALife test more rigorous, and passing it, are two of the most important open problems in the field. Previously (Channon 2001) I presented the result that 'Geb', a system designed to verify and extend theories behind the generation of evolutionary emergent systems (Channon & Damper 2000), has passed this test. However I also criticised the test, most significantly with regard to its normalisation method for artificial systems. This paper details a modified normalisation method, based on component activity normalisation, that overcomes these criticisms. It then presents the results of the revised test when applied to Geb, which indicate that this system does indeed exhibit open-ended evolution.
机译:Bedau(1998a)的长期进化动力学分类系统为开放式进化提供了检验。使此ALife测试更加严格并通过是这是该领域中最重要的两个开放问题。先前(Channon,2001年),我介绍了一个结果,即“ Geb”(该系统旨在验证和扩展进化的紧急状态系统的产生背后的理论)(Channon和Damper,2000年)已通过了该测试。但是,我也批评了该测试,尤其是在针对人工系统的标准化方法方面。本文详细介绍了一种基于组件活动规范化的改进规范化方法,该方法克服了这些批评。然后介绍了应用于Geb时修订后的测试结果,表明该系统确实展现出开放式的发展。

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