EAGER-ORCID: Investigating ORCID as an accelerator of science of science policy

EAGER-ORCID：研究 ORCID 作为科学政策科学的加速器

• 批准号: 1149307
• 负责人: Ian Foster
• 金额: $ 26万
• 依托单位: University of Chicago
• 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: 2011-10-01 至 2012-09-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1149307&HistoricalAwards=false
• 关键词: EAGER; ORCID; Investigating; accelerator; science

The ability to attribute the results of scholarship to individual scholars is a fundamental enabler of a rigorous and data-driven science of science policy; it enables the automated linkage of research inputs to research outputs in an accurate and consistent manner. The research explores whether a new researcher identification and profile system can provide the basis for an automated attribution system.The goals are to refine and deploy a profile system by working with a small number of US research institutions and the federal government to explore how this system works in practice when used to acquire and provide access to information about US researchers. This research is suitable for the EAGER program because it is simultaneously high risk (there are many ways in which a researcher identity system can fail, including technical, institutional, and sociological) and high reward (it can fundamentally change the way in which scientific activity is documented).Intellectual Merit: The attribution problem is extremely complex. There are technical challenges such as how to generate unique researcher identifiers, match those identifiers with research outputs such as publications and patents and maintain large numbers of researcher profiles in a reliable and efficient manner. There are human computer interface issues, such as privacy concerns and user-friendly claiming mechanisms. There are also substantive social issues such as incentivizing and rewarding participation as well as achieving network effects.Broader impacts: The researcher identifier and profile system to be developed and evaluated in this project has benefits well beyond science policy. Researcher profiles can be used to streamline grant application, publication manuscript, and employment application processes. Researchers could use the approach to include all their contributions to the scholarly record, such as peer review, data curation, and software development. By making data about research and researchers more visible, profiles can also help researchers locate potential collaborators and develop networks. Research institutions can use such profiles to help them to evaluate the research outputs associated with specific research teams, departments, and/or institutions, and to support the job recruitment process. In all cases, profiles will enable the identification of strong areas of research and to track the publications of their faculty. Scholarly societies could use profiles to enhance their public member profiles. Publishers could use profiles to track authors and reviewers in their journal submission systems, with the ability to screen effectively for conflicts of interest. Reliable linkage among articles by the same authors and their collaborators could help promote the discovery of related scholarly works.

将学术成果归因于个别学者的能力是严格的、数据驱动的科学政策的基本推动力；它能够以准确和一致的方式自动将研究投入与研究产出联系起来。 该研究探讨了新的研究人员识别和档案系统是否可以为自动归因系统提供基础。目标是通过与少数美国研究机构和联邦政府合作来完善和部署档案系统，探索该系统如何当用于获取和提供有关美国研究人员的信息时，它在实践中发挥作用。 这项研究适合 EAGER 计划，因为它同时具有高风险（研究人员身份系统可能在多种方面失败，包括技术、制度和社会学）和高回报（它可以从根本上改变科学活动的方式）。已记录）。智力优点：归因问题极其复杂。 存在一些技术挑战，例如如何生成唯一的研究人员标识符，将这些标识符与出版物和专利等研究成果相匹配，并以可靠和高效的方式维护大量研究人员档案。 存在人机界面问题，例如隐私问题和用户友好的索赔机制。 还有实质性的社会问题，例如激励和奖励参与以及实现网络效应。更广泛的影响：本项目将开发和评估的研究人员标识符和档案系统的好处远远超出了科学政策。研究人员档案可用于简化拨款申请、出版稿件和就业申请流程。研究人员可以使用该方法来包含他们对学术记录的所有贡献，例如同行评审、数据管理和软件开发。通过使有关研究和研究人员的数据更加可见，档案还可以帮助研究人员找到潜在的合作者并发展网络。研究机构可以使用此类资料来帮助他们评估与特定研究团队、部门和/或机构相关的研究成果，并支持职位招聘过程。在所有情况下，档案都将能够识别强大的研究领域并跟踪其教师的出版物。学术团体可以使用个人资料来增强其公共成员的个人资料。 出版商可以使用个人资料来跟踪期刊提交系统中的作者和审稿人，并能够有效筛选利益冲突。同一作者及其合作者的文章之间的可靠链接有助于促进相关学术著作的发现。