I/UCRC Planning Grant: Site Addition to CHMPR I/UCRC

CHMPR/NCSU站点将通过跨学术、行业和用户边界的工作来开展跨学科的转化研究，以解决与行业需求相关的问题。特别是，CHMPR/NCSU将利用其相对高风险的基础开发来帮助那些具有更长期、更复杂分析需求的行业组织。CHMPR/NCSU的研究将开发可应用于多个行业部门的基本技术，包括国家安全、医疗保健、制造业、能源和商业智能。通过提供核心大数据专业领域，并通过多核架构和开源工具的不断发展，解决生产力、性能和可扩展性问题，以满足赞助商应用程序永不满足的计算需求，对计划站点的愿景进行了补充。CHMPR/NCSU站点将满足行业未来的大数据需求。它将有助于在这一重要领域创造和传播新知识。特别是，在CHMPR/NCSU进行的基础研究将转化为技术发展，为难题提供切实可行的解决方案。这一翻译将适用于面临大数据难题的联邦机构、政府组织和行业部门。NCSU正在将大数据问题的多学科方法纳入其核心课程。CHMPR/NCSU网站将大大增加赞助解决实际问题应用的学生研究项目的行业或政府组织的数量，并将使学生接触到与行业应用问题相关的学科。CHMPR/NCSU将培养一批具有动手数据实现专业知识的研究生干部，以满足该国合格数据科学家日益严重的短缺。该网站将利用NCSU现有的广泛资源来解决科学和工程领域代表性不足群体的广泛参与问题。

The CHMPR/NCSU site will conduct transdisciplinary translational research by working across academic, industry, and user boundaries, to work on problems relevant to industry needs. In particular, CHMPR/NCSU will leverage its relatively-high-risk fundamental developments to help those industry organizations that have longer-term, more complex analytic needs. The CHMPR/NCSU research will develop basic techniques that can be applied across multiple industry sectors, including national security, health care, manufacturing, energy, and business intelligence. This vision for the planned site complements the vision of existing center by providing the core Big-Data expertise domains and addressing the productivity, performance and scalability issues in meeting the insatiable computational demands of its sponsors applications through the continuous evolution of multicore architectures and open source tools.The CHMPR/NCSU site will address the future Big-Data needs of the industry. It will contribute to the creation and dissemination of new knowledge in this important field. In particular, the fundamental research conducted at CHMPR/NCSU will be translated into technology developments, delivering practical solutions to hard problems. This translation will apply to federal agencies, government organizations, and industry sectors facing the hard Big-Data problems. NCSU is incorporating multidisciplinary approaches to Big-Data problems into their core-course curricula. The CHMPR/NCSU site will significantly expand the number of industry or government organizations sponsoring student research projects addressing the real-problem applications, and will expose the students to disciplines relevant to the industry-application problems. CHMPR/NCSU will produce a cadre of graduate students with hands-on data-enablement expertise to meet the growing critical shortage of qualified data scientists in the country. The site will leverage extensive resources available at NCSU to address the broadening participation of underrepresented groups in science and engineering.