Community Engagement

社区参与

• 批准号: 10406896
• 负责人: JEFFREY C HOCH
• 金额: $ 24.4万
• 依托单位: UNIVERSITY OF CONNECTICUT SCH OF MED/DNT
• 依托单位国家: 美国
• 财政年份: 2015
• 资助国家: 美国
• 起止时间: 2015-09-01 至 2025-05-31
• 项目状态: 未结题
• 来源: https://reporter.nih.gov/project-details/10406896
• 关键词: Adopted; Asia; Back; Biomedical Research; Biomolecular Nuclear Magnetic Resonance; Cloud Computing; Code; Collaborations; Communities; Community Developments; Computer software; Data; Data Analyses; Development; Documentation; Educational workshop; Ensure; Exposure to; Extensible Markup Language; Fostering; Future; Goals; Hand; Human; Infrastructure; Institution; Instruction; Metadata; Methodology; Participant; Reproducibility; Research; Research Personnel; Resources; Services; Software Tools; Source Code; Stream; Technology; Training; community engagement; computerized data processing; computing resources; data dictionary; data modeling; migration; novel; online community; open source; programs; public repository; repository; sustainable resource; technology development; technology training; tool; virtual delivery; virtual machine; web site

Community Engagement Summary The overall goals of Community Engagement (CE) are to deliver the technologies developed within the Resource to the broader scientific community, and to enlist the community in defining the direction of development efforts. Community engagement will include the dissemination of technologies and methodologies developed by the resource to the bioNMR and biomedical communities. This includes delivery of the Virtual Machines for download, access to the cloud computing resources, access to data models, software and source code developed by the resource, as well documentation of the overall approach to building the resource technologies. Community engagement will also include extensive, hands-on training for the biomolecular NMR user community, through workshops (both internal and external), interactive tutorials, and access to support staff for assistance. An overarching goal is to make the resource sustainable by the bioNMR community as a whole. To accomplish this goal, the community will be engaged to become active participants in the governance and future development of the NMRbox resource. Efforts for this level of engagement include online, community code repositories (such as GitHub), establishing additional NMRbox instances across the globe, and plans to commercialize the core kernel of the technology so it can be self-sustaining in the future. One facet is the concrete delivery of the technologies and methodologies developed as part of the resource to the bio-NMR and related communities. This is covered in the Technology Dissemination portion of CE. A second facet is delivery of training to the user communities on how to use the Center’s resources for cutting edge applications in biomedical research. This is covered in the Technology Training portion of CE. Enlistment involves interactive collaboration and service activities with external researchers, using active participation of the collaborator to impact and guide technology development. This encompasses projects smaller in scope than a DBP, frequently served by deploying existing technology in novel ways but in some cases involving modest adaptations of existing technology, to serve the needs of a specific investigator or application. These interactions encompass projects formerly described as Collaboration and Service, which now permeate the TRDs as well as CE. The fourth facet is the eventual migration of Resource technologies out of the Center and into the hands of the bio-NMR community. This is covered in the Sustainability of Technologies portion of CE.

社区参与摘要 社区参与(CE)的总体目标是交付在资源范围内开发的技术 向更广泛的科学界提供帮助，并争取社区参与确定发展努力的方向。 社区参与将包括传播由 生物核磁共振和生物医学界的资源。这包括交付以下项目的虚拟机 下载、访问云计算资源、访问数据模型、软件和源代码 由资源开发，以及构建资源技术的总体方法的文档。 社区参与还将包括对生物分子核磁共振用户进行广泛的动手培训 社区，通过研讨会(内部和外部)、交互式教程以及访问支持人员 援助。一个首要目标是让生物核磁共振社区作为一个整体实现资源的可持续发展。至 为了达到这个目标，社会各界将积极参与管治和未来的工作 NMRbox资源的开发。为实现这一级别的参与所做的努力包括在线、社区代码 存储库(如GitHub)，在全球范围内建立额外的NMRbox实例，并计划 将该技术的核心商业化，使其在未来能够自给自足。 一方面是作为资源的一部分开发的技术和方法的具体交付 生物核磁共振及相关社区。CE的技术传播部分介绍了这一点。一秒钟 一方面是向用户社区提供关于如何使用中心的资源实现尖端技术的培训 在生物医学研究中的应用。这在CE的技术培训部分中有所介绍。应征入伍 涉及与外部研究人员的互动协作和服务活动，利用 影响和指导技术发展的合作者。这包括范围小于 DBP，通常通过以新颖的方式部署现有技术来服务，但在某些情况下涉及适度 对现有技术进行调整，以满足特定研究人员或应用程序的需求。这些相互作用 包括以前被描述为协作和服务的项目，这些项目现在渗透到TRDS以及 行政长官。第四个方面是最终将资源技术从中心转移到 生物核磁共振社区。这一点在CE的技术可持续发展部分有介绍。