Atlas协作:大科学中的分布式问题解决网络

Philipp Tuertscher
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引用次数: 7

摘要

ATLAS合作解决的问题的本质——创造一个彻底创新的粒子探测器实验——使ATLAS成为研究dpsn的一个特殊案例。问题解决分布在多个问题解决者小组,包括全球165个工作组的2000名科学家。类似地,许多组件的工程、建造和安装分布在这个协作网络中。案例研究最初令人惊讶的发现是,尽管打破了传统项目管理的大多数规则,但这种联合创新努力取得了成功。philip Tuertscher分析了这样一个结构松散的组织是如何运作的,并提出了这样一个问题:是否需要这样的结构来开发像ATLAS探测器这样复杂的技术系统?
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Atlas Collaboration: A Distributed Problem-Solving Network in Big Science
The nature of the problem tackled by the ATLAS collaboration - the creation of a radically innovative particle detector experiment - makes ATLAS an exceptional case for studying DPSNs. The problem solving is distributed across multiple groups of problem solvers comprising 2000 scientists in 165 working groups across the globe. Similarly, the engineering, construction and installation of the many components is distributed across this collaborative network. The initially surprising finding of the case study is that this joint innovation effort succeeded despite breaking with most rules of traditional project management. Philipp Tuertscher analyzes what it took to make such a loosely structured organization work, and raises the question if such structure was even required to develop a complex technological system like the ATLAS detector?
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