Idaho INBRE Program- UI Equipment Upgrade for INBRE Data Science Core

爱达荷州 INBRE 计划 - INBRE 数据科学核心 UI 设备升级

• 批准号: 10798667
• 负责人: Carolyn Hovde Bohach
• 金额: $ 20.43万
• 依托单位: UNIVERSITY OF IDAHO
• 依托单位国家: 美国
• 财政年份: 2001
• 资助国家: 美国
• 起止时间: 2001-09-30 至 2025-04-30
• 项目状态: 未结题
• 来源: https://reporter.nih.gov/project-details/10798667
• 关键词: Administrative Supplement; Aging; Bioinformatics; Centers of Research Excellence; Collaborations; Computer Hardware; Core Facility; Data; Data Science; Data Science Core; Data Storage and Retrieval; Equipment; Faculty; Funding; Funding Mechanisms; Genome; High Performance Computing; Idaho; Infrastructure; Institution; Investments; Research; Research Activity; Research Personnel; Research Support; Secure; Services; Site; Software Engineering; System; Technical Expertise; United States National Institutes of Health; Universities; college; computer infrastructure; deep learning; equipment acquisition; experience; improved; programs

PROJECT SUMMARY This Idaho INBRE Program Administrative Supplement will fund equipment that improves the high-performance computing infrastructure in our Data Science Core facility at the University of Idaho (UI). This equipment will enhance the accessibility and impact of this IDeA-built core in the Institute for Interdisciplinary Data Sciences (IIDS). The IIDS is the legacy of 20-years of NIH IDeA investment through both the INBRE and COBRE funding mechanisms and is now independent from NIH direct support. IIDS is one of three sites across Idaho that together comprise the Idaho INBRE Data Science Core and serves investigators statewide. In FY21, IIDS core facilities supported the research of 83 faculty and 190 trainees from 9 different Colleges, 30 academic departments, and 10 centers and institutes. Of these 273 researchers, 70% of them relied in some way on computational infrastructure. IIDS is also a nexus of statewide collaboration, offering services to all Idaho INBRE Network institutions. IIDS houses state-of-the-art equipment, high performance computing infrastructure, secure data storage, and technical expertise in bioinformatics, data science, and software engineering. The requested equipment purchase will upgrade and enhance the previous and ongoing NIH IDeA investments in Idaho infrastructure, equipment, and faculty/staff related to bioinformatics, high performance computing and data science. The addition represents necessary upgrades to our existing capacity for secure data storage, large scale bioinformatics analyses, and hardware suitable for AI applications. We have experienced dramatic surges in demand for computation and data storage and anticipate that this demand will grow further as Idaho INBRE research activity increases. Our current data storage systems (900 Tb) are over 90% full and the proposed equipment will effectively double our capacity while simultaneously replacing aging equipment. In addition, this equipment request will add critically needed capacity to accommodate the increase in demand for genome assemblies using long read sequencing data from our Pac Bio sequel II. Finally, GPU cards will meet the growing demand for hardware suitable for deep learning and other AI research, a capacity not currently available at other sites within the Idaho INBRE network. Collectively, this INBRE Administrative supplement will add important equipment to enhance the capabilities for biomedical researchers state-wide.

项目摘要 爱达荷州近亲计划的行政补品将资助改进的设备 我们的数据科学核心设施中的高性能计算基础架构 爱达荷州（UI）。该设备将增强此想法核心的可访问性和影响 跨学科数据科学研究所（IIDS）。 IID是NIH 20年的遗产 通过ybre和cobre融资机制的想法投资，现在是 独立于NIH直接支持。 IID是爱达荷州的三个地点之一 包括爱达荷州的近亲数据科学核心，并在全州为调查人员服务。在FY21中， IIDS核心设施支持93位教职员工的研究 大学，30个学术部门以及10个中心和机构。在这273位研究人员中 他们中有70％以某种方式依靠计算基础架构。 IID也是 全州合作，为所有爱达荷州近亲网络机构提供服务。 IIDS房屋 最先进的设备，高性能计算基础架构，安全数据存储和 生物信息学，数据科学和软件工程方面的技术专长。请求 设备购买将升级和增强以前和正在进行的NIH想法投资 在爱达荷州基础设施，设备和教职员工与生物信息学有关的教职员工，高性能 计算和数据科学。加法代表了我们现有的必要升级 安全数据存储，大规模生物信息学分析和适用于适合的硬件的能力 AI应用程序。我们对计算和数据的需求经历了巨大的激动 存储并预计随着爱达荷州近亲研究活动的这种需求将进一步增长 增加。我们当前的数据存储系统（900 TB）已满90％，并且提议 设备将有效地使我们的容量增加一倍，同时替代老化设备。 此外，此设备请求将增加迫切需要的能力来容纳 使用我们的PAC Bio的长读测序数据增加了对基因组组件的需求 续集II。最后，GPU卡将满足对硬件的日益增长的需求 学习和其他AI研究，目前在爱达荷州其他站点尚不可用的能力 ybre网络。总体而言，这种近亲行政补充剂将增加重要的 设备以增强全州生物医学研究人员的能力。