Fostering Collaboration Among Organizations in the Research Computing and Data Ecosystem
Fostering Collaboration Among Organizations in the Research Computing and Data Ecosystem
复制标题
促进研究计算和数据生态系统中组织之间的合作
DOI：
10.1145/3311790.3396645
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发表时间：
2020
期刊：
影响因子：
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通讯作者：
James C. Wilgenbusch
中科院分区：
文献类型：
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作者：
S. Geva;D. Brunson;T. Cheatham;James Deaton;J. Griffioen;C. Hillegas;Douglas M. Jennewein;G. Krovitz;Tobin Magle;P. Schmitz;K. Tomko;James C. Wilgenbusch
计算和数据密集型研究方法在我们校园所代表的每个学科中的广泛应用和成功，导致了以不同方式与研究计算和数据(RCD)相关活动的支持和推进相关联的组织、技术和专业的迅速增长。虽然大多数人都认为这种增长有助于推动许多学科的发展，但寻求支持、促进和促进区域合作的组织的激增也带来了一些挑战。具体地说，对于哪些组织应被视为刚果民盟支助的一部分，缺乏了解和共识，妨碍了我们鼓励其互补部分之间开展合作的能力，导致不必要和多余的活动，并使我们难以确定战略优先事项和填补未得到满足的差距，从而推动各种纪律活动。在这篇文章中，我们引入生态系统隐喻，以帮助描述在不断增长的组织之间快速变化的关系，这些组织在某种程度上支持并支持与RCD相关的活动。生态系统概念非常适合描述与区域合作相关的许多实体，因为它强调更大的系统，而不是其单独的组成部分，并强调它们之间的相互依存，同时明确预期它们会随着时间的推移而变化。我们为确定当前的刚果民防生态系统的特点所做的工作虽然不完美，但将成为发展对不断变化的民防生态系统的更全面看法的基础和框架。对刚果民盟生态系统有一个更全面的认识，有助于促进和加速成员之间新的、有意义的合作，从而有助于推进其成员的广泛目标。
The widespread application and success of computational and data intensive research approaches in every discipline represented on our campuses has resulted in a rapid proliferation of organizations, technologies, and professions affiliated in different ways with the support and advancement of activities related to research computing and data (RCD). While most agree that this growth is helping to advance numerous disciplines, the proliferation of organizations seeking to support, promote, and advance RCD has led to some challenges. Specifically, a lack of understanding and consensus concerning which organizations should be considered a part of RCD support hampers our ability to encourage collaborations among its complementary constituents, leads to unneeded and redundant activities, and makes it difficult to identify strategic priorities and address gaps where specific needs are not being met to advance various disciplinary activities. In this paper we introduce the ecosystem metaphor to help characterize the rapidly changing relationships among the growing set of organizations that in some way support and enable activities related to RCD. The ecosystem concept lends itself well to describing the many entities related to RCD because it emphasizes the larger system over its individual component parts and highlights their interdependence, while explicitly expecting their change over time. Our work to characterize the current RCD ecosystem, while imperfect, will serve as a foundation and framework for the development of a more complete view of the ever-changing RCD ecosystem. A more complete view of the RCD ecosystem will in turn help to advance the broad goals of its members by helping to foster and accelerate new and meaningful collaborations among them.
DOI：
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发表时间：
2019-07
期刊：
--
影响因子：
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作者：
Dmitry Duplyakin;R. Ricci;Aleksander Maricq;Gary Wong;Jonathon Duerig;E. Eide;L. Stoller;Mike Hibler;David Johnson;Kirk Webb;Aditya Akella;Kuang-Ching Wang;Glenn Ricart;L. Landweber;C. Elliott;M. Zink;E. Cecchet;Snigdhaswin Kar;Prabodh Mishra
通讯作者：
Dmitry Duplyakin;R. Ricci;Aleksander Maricq;Gary Wong;Jonathon Duerig;E. Eide;L. Stoller;Mike Hibler;David Johnson;Kirk Webb;Aditya Akella;Kuang-Ching Wang;Glenn Ricart;L. Landweber;C. Elliott;M. Zink;E. Cecchet;Snigdhaswin Kar;Prabodh Mishra