CIF21 DIBBs: T2-C2: Timely and Trusted Curator and Coordinator Data Building Blocks

2008年美国国家科学院关于集成计算材料工程的报告指出，在快速变化和竞争日益激烈的全球市场中，集成创新设计和快速产品开发必须得到基于计算的设计，快速工程分析和有效的数据管理工具的支持。 该项目涉及国家材料审查委员会的建议，即缩短从设计新材料到使用新材料制造新设备的周期。为了应对材料到设备周期的挑战，该项目侧重于在全面存档和发布数据以供广泛访问和共享之前，以实时和可信的方式捕获、管理、关联和协调材料到设备数字数据的潜力。 在这个项目中开发的软件是有用的整个材料科学和设备制造领域，通过自动收集，存档，并提供收集的信息的所有阶段的材料和设备制造的发展。该项目开发了及时和可信的管理和协调（T2-C2）数据框架，由两个数据块组成：1）T2-C2策展人，提供从大学合作研究单位，材料研究实验室（MRL）和微纳米技术实验室（MNTL）中选定的材料制造/表征和设备制造仪器的数字数据的实时采集和管理，以及2）T2-C2协调器，其中过滤收集的数据，识别数据之间的相关性和依赖关系，并且将结果连接到其他数据处理能力。T2-C2框架的目标是减少材料制造/表征到器件制造过程的开发时间和成本，通过开源软件许可和培训计划，该项目影响了大学内的材料科学，器件制造和其他领域，以及其他跨学科研究机构及其材料设计和制造过程。通过课程，教程，研讨会和推广，该项目开发跨学科科学家，教授下一代学生，并告知更广泛的受众及时和可信的数据收集，策展，时空分析以及材料制造/表征和设备制造过程之间的相关性的潜力。

A 2008 National Academy report on Integrated Computational Materials Engineering noted that in a rapidly changing and increasingly competitive global market, integrated innovative design and rapid product development must be supported by computationally based designs, fast engineering analysis, and efficient data management tools. This project addresses the National Materials Review Board recommendations of reducing the cycle from the design of new materials to the fabrication of new devices using new materials. To address the materials-to-devices cycle challenge, the project focuses on the potential of capturing, curating, correlating and coordinating materials-to-devices digital data in a real-time and trusted manner before fully archiving and publishing the data for wide access and sharing. The software developed in this project is useful throughout the materials science and device fabrication fields, by automatically collecting, archiving, and providing collected information on all phases of materials and device fabrication development. The project develops the Timely and Trusted Curation and Coordination (T2-C2) Data Framework, consisting of two data blocks: 1) T2-C2 Curator, providing real-time acquisition and curation of digital data from selected materials-making / characterization and device-fabrication instruments in the collaborative research units at the university, the Material Research Lab (MRL) and the Micro-and-Nanotechnology Lab (MNTL) , and2) T2-C2 Coordinator, where collected data are filtered, correlations among data and dependency relations are identified, and the results are connected to other data processing capabilities. The goal of the T2-C2 framework is to enable reduction of the development time and cost of materials-making /characterization to device-making processes.Through open-source software licenses and training programs, the project impacts material science, device fabrication and other fields within the university, and other interdisciplinary research institutions and their materials design and manufacturing processes. Through courses, tutorials, workshops, and outreach, the project develops interdisciplinary scientists, teaches the next generation of students, and informs broader audiences about the potential of timely and trusted data collection, curation, spatio-temporal analytics, and correlations between material-making/characterization and device-fabrication processes.