EAGER: A socio-technical framework for identifying team science collaborations that could benefit from cyberinfrastructure

越来越多的研究在使用各种网络基础设施组件的多学科分布式团队中进行。了解研究合作的创建、发展和支持是学习如何识别和培养研究团队的关键一步，研究团队将是未来进展的核心。该项目调查科学和工程协作如何采用网络基础设施，并确定使它们最适合利用网络基础设施的协作的特征。将确定目前在团队科学中使用网络基础设施的多种方式，以及团队科学协作的社会技术组成部分。将开发和测试不同类型的团队科学合作使用网络基础设施的新预测模型。将提供联合评估协作团队的指导-S的技术、任务、结构和人员。这项研究将展示科学和工程合作是如何形成和发展的，允许根据组建团队和成功使用网络基础设施的准备情况来评估新生的合作。它将通过确定社会技术需求和解决方案的一般类别，提高团队科学效力，并改进适当的网络基础设施工具的开发。

Increasingly, research is conducted in multidisciplinary distributed teams using various cyberinfrastructure components. Understanding the creation, evolution and support of research collaborations is a crucial step in learning how to identify and nurture the research teams that will be central to future advances. This project investigates how scientific and engineering collaborations come to adopt cyberinfrastructure and identifies characteristics of collaborations that make them best suited to take advantage of cyberinfrastructure. The many ways that cyberinfrastructure is currently used in team science and the socio-technical components underlying team science collaborations will be identified. A new predictive model of the use of cyberinfrastructure by different kinds of team science collaborations will be developed and tested. Guidance on jointly assessing a collaborative team?s technology, tasks, structures and people will be provided. This research will show how scientific and engineering collaborations form and evolve allowing nascent collaborations to be assessed in terms of their readiness to form teams and successfully use cyberinfrastructure. It will enhance team science effectiveness and improve the development of appropriate cyberinfrastructure tools by identifying general classes of socio-technical needs and solutions.