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首页> 外文期刊>International journal of applied evolutionary computation >Special Issue on Advanced Tools and Techniques for Complexity Sciences (Part 2)
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Special Issue on Advanced Tools and Techniques for Complexity Sciences (Part 2)

机译：复杂科学高级工具和技术专刊（第2部分）

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摘要

The recent technological progress leads to an increased complexity in many natural and artificial systems. This increase in complexity is a result of the emergence of new properties and spatio temporal interactions among a large number of system elements and between the system and its environment. In the last years, rapid advances in high performance computing have created a revolution in the scientific understanding of complex systems. Data-mining, modeling and computational intelligence are tools and techniques most used in complexity sciences. The articles for this special issue were selected from the papers presented at to the Second World Conference on Complex Systems (WCCS), which took place on November 10-12, 2014 in Agadir-Morocco. WCCS technically sponsored by IEEE and "International Academy for Systems and Cybernetic Science" attracted over 163 researchers from 20 countries around the world. From 351 submissions 130 were selected as full papers and 33 as posters. We have invited eight authors to submit extended versions of their papers to this two-part special issue. Each of these was reviewed and assessed on the overall quality of the submitted work compared to the original WCCS paper. The main objective of this special issue is to provide researchers with tools and techniques for handling many features of the complexity from several viewpoints and different tools and techniques.
机译：最近的技术进步导致许多自然和人工系统的复杂性增加。这种复杂性的增加是由于新属性的出现以及大量系统元素之间以及系统与其环境之间的时空交互作用的结果。在过去的几年中，高性能计算的飞速发展为对复杂系统的科学理解带来了一场革命。数据挖掘，建模和计算智能是复杂性科学中最常用的工具和技术。该专刊的文章选自2014年11月10日至12日在摩洛哥阿加迪尔举行的第二届复杂系统世界会议（WCCS）上发表的论文。由IEEE和“国际系统与控制论科学学院”技术赞助的WCCS吸引了来自全球20个国家的163多名研究人员。从351份投稿中，选择了130篇作为论文全文，33篇作为海报。我们已邀请八位作者针对此分为两部分的特刊提交论文的扩展版本。与原始的WCCS论文相比，每一个都经过了审查和评估，以评估提交作品的整体质量。本期特刊的主要目的是为研究人员提供从多种角度以及不同的工具和技术来处理复杂性的许多特征的工具和技术。

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