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Collaborative Research: ABI Development: Kurator: A Provenance-enabled Workflow Platform and Toolkit to Curate Biodiversity Data

Collaborative Research: ABI Development: Kurator: A Provenance-enabled Workflow Platform and Toolkit to Curate Biodiversity Data
协作研究:ABI 开发:Kurator:用于管理生物多样性数据的支持来源的工作流程平台和工具包
批准号:
1356438
负责人:
James Hanken
金额:
$89.7万
依托单位:
依托单位国家:
美国
项目类别:
Standard Grant
财政年份:
2014
资助国家:
美国
项目状态:
已结题
起止时间:
2014-09-01 至 2018-08-31

项目摘要

项目成果

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中文摘要
翻译
伊利诺伊大学厄巴纳尚潘分校和哈佛大学获得赠款,用于开发科学数据数字化、共享、集成和使用的软件工具。在美国(和全球),自然科学馆藏数字化面临的巨大挑战需要关注数字化效率和所生成数据的效用。这笔赠款将开发一个新颖的,可扩展的开源工具包(Kurator),用于自动化和半自动化的工作流程,并提供各种策展服务,以帮助生物多样性研究及其他领域。该项目将加强发现和理解,同时促进教学、培训和学习。博士后研究员将接受出处增强工作流技术的培训,并为Kurator的设计和实施做出贡献。数据管理策展的原则,重点是出处将在本科和研究生课程讲授。该项目还将通过与iDigBio和生命百科全书的合作,加强研究和教育的基础设施。将为本科生和高中教育工作者开发关于数据质量和数据管理的教育模块和外联活动。几个专题收集网络将通过iDigBio提供数据供测试,以确保传播高质量的数据。没有相关Web服务的关键社区权威文件将作为Kurator参与者和服务提供给更大的社区。Kurator将包括一个用户友好的Web界面,供用户在维护出处的同时配置和启动工作流,以及一个工作流平台,用于快速开发新的策展服务和工作流变体。后者还将用于“包装”目前无法作为服务提供的有价值的域权威文件。新的“策展人在环”工作流技术使我们能够直接让专家参与半自动策展管道,通过FilteredPush、其他联合方法和发现环境使用人类交互演员。Kurator将允许检查数据谱系以促进可信度评估,支持出版的可重复性,通知数据受监管的法律的程序,并为给定资源的反馈提供背景。Kurator将通过对现有服务(包括分类名称解析、地理参考和重复标本检测)从硬拷贝标本标签获得的原始数据进行自定义处理,以及为适当的受控词汇表创建新的可定制角色来清理数据,从而促进数字化工作。在需要时,半自动化服务可以使用注释服务和现有的发现环境调用专家评审。管理管道可以与其他工作流程集成,用于分析生态,进化,物候,基因组和相关数据,可以轻松共享或重新利用,并可以进行公开。
英文摘要
The University of Illinois Urbana Champaign and Harvard University are awarded grants to develop software tools for scientific data digitization, sharing, integration and use. The considerable challenge to digitizing natural science collections in the U.S. (and globally) necessitate a focus on both digitization efficiencies and the utility of the generated data. This grant will develop a novel, extensible, open source toolkit (Kurator) for automated and semi-automated workflows with diverse curation services to aid biodiversity research and beyond. This project will enhance discovery and understanding while promoting teaching, training and learning. A postdoctoral fellow will be trained in provenance enhanced workflow technology and contribute to Kurator design and implementation. Principles of data management curation with a focus on provenance will be taught in undergraduate and graduate courses. This project will also enhance infrastructure for research and education through collaborations with iDigBio and the Encyclopedia of Life. Educational modules and outreach activities on data quality and data curation will be developed for undergraduates and high school educators. Several Thematic Collection Networks will provide data via iDigBio for testing to insure dissemination of high quality data. Critical community authority files that do not have associated web services will be made available to the greater community as Kurator actors and services. Kurator will consist of a user friendly web interface for users to configure and launch workflows while maintaining provenance, and a workflow platform for rapid development of new curation services and workflow variants. The latter will also be used to "wrap" valuable domain authority files that are not currently available as services. New "curator-in-the-loop" workflow technology allows us to directly involve experts in semi automatic curation pipelines, using human interaction actors via FilteredPush, other syndication methods, and discovery environments. Kurator will allow examination of data lineages to facilitate the assessment of credibility, supports repeatability in publication, informs legal proceedings where data are regulated, and provides context for feedback to a given resource. Kurator will facilitate digitization efforts through custom processing of raw data obtained from hardcopy specimen labels against existing services, including taxonomic name resolution, georeferencing, and duplicate specimen detection, as well as newly created customizable actors for appropriate controlled vocabularies to clean the data. Where required, semi-automated services can invoke expert review using annotation services and existing discovery environments. Curation pipelines can be integrated with other workflows for analysis of ecological, evolutionary, phenological, genomic and related data, can be shared or repurposed easily, and can be made accessible for publication.
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