Collaborative Research: Establishing an I/UCRC Center for Multicore Productivity Research (CMPR)

0831875马里兰大学巴尔的摩分校（领导机构）- Milton Halem加州大学圣地亚哥分校- Sheldon Brown佐治亚理工学院- David Bader这项规划拨款提案的目标是建立一个“多核生产力研究中心”（CMPR）。CMPR由马里兰大学巴尔的摩县分校、佐治亚理工学院和加州大学圣地亚哥分校的站点组成。该中心将开发、测试和优化计算密集型应用程序和系统的原型配方，与新兴多核处理器的工业和政府合作赞助商相关。提议的工作解决了一个现实世界的问题，并且有许多处理器密集型的计算机进程可以立即从这项技术中受益。将这些独立的研究机构联合成一个多核生产力研究中心的统一主题是他们在多核计算方面的协同计算研究努力，可用的多核处理器资源和他们的员工的专业知识，以支持并行处理算法中固有的计算机科学，这些算法需要优化密集计算的性能和可扩展性。随着这种新的多核处理器技术的发展，CMPR的广泛影响解决了计算机行业未来的需求。多核心生产力的突破将使实时使用更复杂的基于人工智能的控制系统成为可能，为多个制造和加工行业提供额外的生产力节约。所有CMPR站点都将多核计算纳入其核心课程，并且CMPR计划显著增加赞助相关学生研究的行业或政府组织的数量。CMPR还计划利用与当地学校的关系，为高中教育工作者和学生提供参与该中心项目的机会。与马里兰州公立学校和加州大学圣地亚哥分校特许学校的合作非常具有创新性。Meyerhoff项目和佐治亚理工学院与亚特兰大地区HCBUs的互动应该为研究生提供一个极好的资源。

0831875 University of Maryland, Baltimore County (lead institution) - Milton Halem 0831358 University of California, San Diego - Sheldon Brown 0831110 Georgia Institute of Technology - David Bader The objective of this planning grant proposal is to establish a "Center of Multicore Productivity Research" (CMPR). The CMPR consists of sites at the University of Maryland, Baltimore County, the Georgia Institute of Technology, and the University of California, San Diego. The proposed center will develop, test and optimize prototype formulations of computationally intensive applications and systems relevant to industry and government partnering sponsors on emerging multicore processors. The proposed work addresses a real-world problem, and there is a number of processor-intensive computer processes that can benefit immediately from this technology. The unifying theme uniting these separate research institutions into a Center for Multicore Productivity Research is their synergistic computational research endeavors in multicore computing, available multicore processor resources and the expertise of their staffs to support the computer science inherent in the parallel processing algorithms that are required to optimize the performance and scalability of intensive computations.The broader impact of CMPR addresses the future needs of the computer industry as this new multi core processor technology evolves. Breakthroughs in multi core productivity will enable real-time use of more sophisticated artificial-intelligence based control systems, providing additional productivity savings to multiple manufacturing and process industries. All CMPR sites are incorporating multicore computing into their core course curricula, and CMPR plans to significantly expand the number of industry or government organizations sponsoring relevant student research. CMPR also plans to capitalize on its relationships with local schools to provide opportunities for high school educators and students to participate in projects at the center. The collaboration with Maryland public schools and the charter school at UCSD are highly innovative. The Meyerhoff program and the Georgia Tech interaction with Atlanta area HCBUs should provide an excellent source for research students.