EAGER: Discovering Knowledge from Scientific Research Networks

EAGER：从科学研究网络中发现知识

• 批准号: 1144061
• 负责人: Alok Choudhary
• 金额: $ 25.6万
• 依托单位: Northwestern University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2011
• 资助国家: 美国
• 起止时间: 2011-09-01 至 2014-08-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1144061&HistoricalAwards=false
• 关键词: EAGER; Discovering; Knowledge; Scientific; Research

Advancement in scientific research and discovery process can be significantly accelerated by mining and analysis of scientific data generated from various sources. In addition to the experimental data produced from simulations and observations, there is another category of scientific data; namely, scientific research and process data, such as the discussions and outcomes of complete and in-progress research projects, in the form of technical reports, research papers, discussion forums, mailing lists, research blogs, etc, and the connections between research activities. This data can be analyzed to discover many important features valuable not only for scientific discovery, but also for making the discovery process more effective, efficient, and productive. Furthermore, discovering?virtual communities? with similar needs, interests, and requirements can suggest potential collaborations, software tools, etc. This project develops an infrastructure called DiscKNet (Discovering Knowledge from Scientific Research Networks) to mine the enriched scientific research network for emerging trends, new research areas, potential collaborations, etc. It entails constructing a scientific research network based on scientific publications, discussion forums, mailing lists, reportsfrom supercomputing centers, research blogs, conference pages and common interest groups in social media such as Facebook and Twitter, etc. The design, development, and application of data mining techniques on this network lead a scientific discovery process through the identification of high impact tools and techniques, trends and usage patterns in supercomputing center activity, common issues with software tools, and potential fruitful scientific collaboration opportunities. The project provides a platform for scientists, experimentalists, research centers to build new communities. For education it assists professors, educators, researchers to find the right groups for current discussion and future collaboration.

通过挖掘和分析各种来源产生的科学数据，可以显着加速科学研究和发现过程的进步。除了模拟和观察产生的实验数据外，还有另一类科学数据：即科学研究和过程数据，例如技术报告、研究论文、论坛、邮件列表、研究博客等形式的已完成和正在进行的研究项目的讨论和结果，以及研究活动之间的联系。通过分析这些数据，可以发现许多重要特征，这些特征不仅对于科学发现有价值，而且对于使发现过程更加有效、高效和富有成效。此外，发现？虚拟社区？具有相似需求、兴趣和要求的人可以建议潜在的合作、软件工具等。该项目开发了一个名为 DiscKNet（从科学研究网络中发现知识）的基础设施，以挖掘丰富的科学研究网络中的新兴趋势、新研究领域、潜在合作它需要构建一个基于科学出版物、讨论论坛、邮件列表、超级计算中心报告、研究博客、会议页面以及 Facebook 和 Twitter 等社交媒体中共同兴趣小组的科学研究网络。该网络上数据挖掘技术的开发和应用通过识别高影响力的工具和技术、超级计算中心活动的趋势和使用模式、软件工具的常见问题以及潜在的富有成效的科学合作机会，引导科学发现过程。该项目为科学家、实验人员、研究中心提供了一个建立新社区的平台。对于教育，它可以帮助教授、教育工作者、研究人员找到适合当前讨论和未来合作的群体。