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Scientific Models: A User-oriented Approach to the Integration of Scientific Data and Digital Libraries

机译:科学模型:科学数据与数字图书馆集成的面向用户的方法

摘要

Many scientific communities are struggling with the challenge of how to manage the terabytes of data they are producing, often on a daily basis. Scientific models are the primary method for representing and encapsulating expert knowledge in many disciplines. Scientific models could also provide a mechanism: for publishing and sharing scientific results; for teaching complex scientific concepts; and for the selective archival, curation and preservation of scientific data. As such, they also provide a bridge for collaboration between Digital Libraries and eScience. In this paper I describe research being undertaken within the FUSION project at the University of Queensland to enable scientists to construct, publish and manage scientific model packages that encapsulate and relate the raw data to its associated contextual and provenance metadata, processing steps, derived information and publications. This work involves extending tools and services that have come out of the Digital Libraries domain to support e-Science requirements.
机译:许多科学界都在应对如何管理每天产生的TB级数据的挑战。科学模型是在许多学科中表示和封装专家知识的主要方法。科学模型还可以提供一种机制:发布和共享科学成果;用于教授复杂的科学概念;以及选择性地存档,整理和保存科学数据。这样,它们还为数字图书馆和eScience之间的协作提供了桥梁。在本文中,我描述了昆士兰大学FUSION项目中正在进行的研究,以使科学家能够构建,发布和管理科学模型包,该模型包将原始数据封装并关联到其关联的上下文和出处元数据,处理步骤,衍生信息以及出版物。这项工作涉及扩展数字图书馆领域中的工具和服务,以支持电子科学要求。

著录项

  • 作者

    Hunter Jane;

  • 作者单位
  • 年度 2006
  • 总页数
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类

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