MRI: Acquisition of an Enterprise Level System for Research and Research Training

建议#：11-25520PI(S)：诺顿，罗杰；科尔曼，罗恩·G；劳里亚，艾特尔学院：马里斯特学院波基普西，NY 12601-1387标题：磁共振成像/Acq.：一个企业研究和研究培训系统建议：这个项目来自一家主要为本科生服务的机构，获得一个企业计算处理器和相关的存储和网络外围设备，旨在向教师、本科生和K-12教师和学生介绍企业计算方面的研究培训，并将现有的和新的研究应用引入新的系统。三十多年来，大学里的企业计算(EC)研究和研究培训一直在稳步下降。尽管企业系统和数据对国家安全和经济增长至关重要，但许多CS及其教职员工缺乏培训下一代乐器演奏家的能力。这种新设备将用于填补计算机科学研究和研究培训方面的重大空白。此外，由于系统硬件和软件方面的许多技术进步首先出现在企业系统上，后来被较小的系统采用，因此访问企业系统将允许教师、研究人员和学生探索仅在大型系统上遇到的技术，并更早地探索这些技术。这项建议侧重于对教职员工和学生进行关于系统本身的研究培训，以及个人研究人员对其使用的研究，以巩固和提升他们的项目，从较小的系统到这个更大的系统。计算机科学、信息技术和数学的研究项目将转移到新设备上，不同学科的广泛应用可以同时运行。这项工作由三个主要活动组成：-作为与手动医疗编码相关问题的解决方案的业务分析。新设备将允许分析比目前可行的大得多的数据集。随着医疗记录的扩展和变得更加复杂，设备将能够适应这种增长。-历史遗址的位置感知移动设备将依赖于为新的历史遗址快速部署虚拟Linux环境的能力，以及高速访问存储与他的系统相关的档案和文物的大型数据存储的能力。-针对教职员工和学生的研究培训将为下一代仪器专家做准备，并改进计算机科学、信息技术和数学课程，并向其他学科的研究人员介绍一种有助于他们研究的技术。商业分析和数据挖掘在纠正医疗诊断中的错误方面有着广泛的应用。该工具将有助于建立一个大型复杂数据集中的数据清理模型。在位置感知移动设备中，该仪器将有助于模拟其他研究项目，以探索如何向用户提供大范围地理区域的深入信息和导航。广泛影响：该机构寻求在以本科生为主的环境中重振研究和研究培训。从事应用研究的教师和NSF资助的企业计算(EC)社区的800多名成员扩大了培训机会，并提供了资源来支持他们的研究。虽然一些拟议的研究在医学领域有广泛的应用，但正在开发的方法学可以应用于任何需要检测错误并确保在大型复杂数据集中获得更高精度的地方。其他研究包括从企业系统到普通手持GPS设备的数字信息，旨在培养下一代研究人员和行业专业人士，他们将负责技术基础设施的设计和运营，提供国民经济、美国、州和地方政府以及学术研究人员所需的快速、可靠和安全的骨干。这项建议旨在通过对现有教员的再培训和引入新一代本科生，并通过Greystone联盟，将K-12教师和学生引入EC研究和研究培训，以应对研究人员的下降趋势。对所要求的设备进行的研究将通过Marist将主持的一个新网站和在线合作网站向更广泛的社区提供。

Proposal #: 11-25520PI(s): Norton, Roger; Coleman, Ron G.; Lauria, EitelInstitution: Marist College Poughkeepsie, NY 12601-1387Title: MRI/Acq.: An Enterprise System for Research and Research TrainingProject Proposed:This project from a mainly undergraduate-serving institution, acquiring an enterprise computingprocessor and associated storage and network peripherals, aims to introduce research training in enterprisecomputing to faculty, undergraduates, and K-12 teachers and students and to bring existing and newresearch applications onto the new system. Enterprise computing (EC) research and research training hassteadily declined at universities for over three decades. Although enterprise systems and data are vital to national security and economic growth, many CS and ITS faculty are ill equipped to train the next generation of instrumentalists. This new equipment will be used to fill a major gap in computer science research and research training. Also, since many technological advances in systems hardware and software appear first on enterprise systems and are later adopted by smaller systems, access to an enterprise system will allow faculty researchers and students to explore technologies only encountered on large systems and to explore them earlier. This proposal focuses on research training of faculty and students on the system itself and its use by individual researchers to consolidate and upscale their projects from smaller systems to this larger system. Research projects in computer science, information technology, and mathematics will be moved to the new equipment where a wide scope of applications in different disciplines can be run simultaneously. The work consists of three primary activities:- Business analytics as a solution to the problems associated with manual medical coding. The new equipment will allow analysis of much larger datasets than are currently feasible. As medical records expand and become more complex, the equipment will be able to accommodate the growth.- Location aware mobile devices for historical sites will be dependent on the ability to rapidly deploy virtual Linux environments for new historical sites as well as high-speed access to large data stores that house the archives and artifacts associated with his system.- Research training for faculty and students will prepare the next generation of instrumentalists and improve the computer science, information technology, and mathematics curriculum and introduce researchers in other disciplines to a technology that can benefit their research.Business analytics and data mining have broad applications in correcting errors in medical diagnoses. The instrument would contribute to a model for data cleansing in large complex data sets. In location-aware mobile devices, the instrumentation would contribute in modeling other research projects to explore ways to give users in-depth information and navigation in large geographical areas.Broader Impacts: The institution seeks to revitalize research and research training within a predominantly undergraduate setting. Faculty engaged in applied research and the 800 plus members of the NSF-funded Enterprise Computing (EC) Community have expanded training opportunities and provided resources to support their research. Although some of the research proposed has broad application in the medical field, the methodology under development can be applied wherever there is a need to detect errors and ensure greater accuracy in large complex data sets. Other research, digital information from an enterprise system to common handheld GPS devices, aims to prepare the next generation of researchers and industry professionals who will be responsible for the design and operation of the technology infrastructure that provides the rapid, reliable and secure backbone required by the national economy, the US, state and local governments, and academic researchers. This proposal aims to counter the decline trend in researchers by retraining current faculty and introducing a new generation of undergraduates and, through the Greystone Consortium, K-12 teachers and students to EC research and research training. Research conducted on the requested equipment will be made available to the broader community through a new website and online collaboration site that Marist will host.