MRI: Acquisition of Equipment to Support Collaborative, Multi-Disciplinary Research and Development of Reliable Software

MRI：采购设备以支持可靠软件的协作、多学科研究和开发

• 批准号: 0321328
• 负责人: Steven Roach
• 金额: $ 16.38万
• 依托单位: University of Texas at El Paso
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2003
• 资助国家: 美国
• 起止时间: 2003-08-15 至 2005-01-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0321328&HistoricalAwards=false
• 关键词: MRI; Acquisition; Equipment; Support; Collaborative

This project from an MSI, developing reliable software in a collaborative setting, requests infrastructure to:Create reliable and maintainable software that connects and disseminates geoscience data sets to the Earth Science community through the GEON grid.Develop, apply, and disseminate techniques aimed at improving the integrity and reliability of software and data, andEducate and train software engineers, particularly those from underrepresented populations who are able to join the workforce and contribute to multidisciplinary projects.The project involves a network, containing two servers and a set of workstations. The first server contains the testbed data necessary for the development and verification of software to transfer and process geospatial data from disparate sources. The second server provides the computing throughput necessary to process large data sets and serves as the backbone of the experimental node on the GEON grid. The equipment supports development of the Geospatial Network (GeoNet) and a toolset for data validation, analysis, and visualization. The lab will also house an experimental node on the GEON Grid.SMART Board Interactive Whiteboards with multicolor and touch-sensitive drawing tools are also requested. These boards interface easily with software available to collaborators and facilitate distance collaborations. The project targets the instrumentation of the Collaborative Affinity Research Laboratory (CARL), providing a collaborative environment that is configurable, and that supports local, remote, synchronous, and asynchronous collaborations. The university will continue using the infrastructure to enhance diversity utilizing their Affinity Research model. Thus, students will benefit.

来自MSI的项目，在协作环境中开发可靠的软件，请求基础架构以：创建可靠且可维护的软件，通过Geon Grid，应用，应用，应用和传播旨在改善这些旨在改善软件和数据培训型的软件，尤其是那些涉及的软件，以及培训的范围，尤其是这些软件，以及培训型供应，以及这些软件，以及培训的范围，以及培训型，尤其是这些工程师，将地球科学数据集连接到地球科学社区与地球科学界的群体相关联，并将其传播到地球科学社区。劳动力并为多学科项目做出贡献。该项目涉及一个网络，其中包含两个服务器和一组工作站。第一台服务器包含开发和验证软件从不同来源传输和处理地理空间数据所需的测试床数据。第二个服务器提供了处理大数据集并用作Geon网格上实验节点的骨干所必需的计算吞吐量。该设备支持地理空间网络（GEONET）的开发和用于数据验证，分析和可视化的工具集。该实验室还将在Geon网格上容纳一个实验节点。还请求使用具有多色和触摸敏感绘图工具的智能板交互式白板。 这些董事会可以轻松地与可用于合作者的软件交互，并促进远程协作。该项目针对协作亲和力研究实验室（CARL）的工具，提供可配置的协作环境，并支持本地，远程，同步和异步合作。该大学将继续使用基础设施来利用其亲和力研究模型来增强多样性。因此，学生将受益。