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about:universities [2021/06/25 09:06]
andrea.frey 		about:universities [2023/08/11 10:20] (current)
andrea.frey
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 Technology is the key to addressing global challenges. TAU generates research-based knowledge and competence for the benefit of society. Technology is the key to addressing global challenges. TAU generates research-based knowledge and competence for the benefit of society.
  
-TAU combines a strong tradition of research in the fields of natural sciences and engineering with research related to industry and business. Particular strengths include the interaction between fundamental and applied research, broad international networks and high-quality research projects that cut across departmental and disciplinary boundaries.+TAU combines a strong tradition of research in the fields of natural sciences and engineering with research related to industry and business. Particular strengths include the interaction between fundamental and applied research, broad international networks, and high-quality research projects that cut across departmental and disciplinary boundaries.
  
 Signal processing, optics and photonics, intelligent machines, biomodelling, and the built environment have been identified as the University’s leading-edge fields of research in the Research Assessment Exercise in 2011. Within its leading-edge fields, TAU aims to rank among the world’s leading research institutions. Signal processing, optics and photonics, intelligent machines, biomodelling, and the built environment have been identified as the University’s leading-edge fields of research in the Research Assessment Exercise in 2011. Within its leading-edge fields, TAU aims to rank among the world’s leading research institutions.
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-The University of Louisiana at Lafayette has more than 18,000 students and is known as a world-renowned research institution. The University is an international leader in computer science, engineering and nursing and takes great pride in the quality of our programs, the innovativeness of our students and faculty, and our ever-present passion for making a difference in the world.+The University of Louisiana at Lafayette has more than 18,000 students and is known as a world-renowned research institution. The University is an international leader in computer science, engineering, and nursing and takes great pride in the quality of our programs, the innovativeness of our students and faculty, and our ever-present passion for making a difference in the world.
  
 *According to the National Science Foundation, UL Lafayette is among the top 10 universities in the United States for its percentage of research and development expenditures funded by business. *According to the National Science Foundation, UL Lafayette is among the top 10 universities in the United States for its percentage of research and development expenditures funded by business.
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 The University of North Carolina at Charlotte has created centers of excellence in data visualization, visual analytics, statistics, machine learning, artificial intelligence, Geographic Information Systems, complex adaptive systems, systems science, cybersecurity analytics, and energy analytics. These centers form the core of the Data Science Initiative (DSI) at UNC Charlotte. The Data Science Initiative is an industry-university-state partnership, led by the College of Computing and Informatics, the Belk College of Business, the College of Health and Human Services, and the College of Liberal Arts and Sciences, and includes collaborative partners in other academic departments. The University of North Carolina at Charlotte has created centers of excellence in data visualization, visual analytics, statistics, machine learning, artificial intelligence, Geographic Information Systems, complex adaptive systems, systems science, cybersecurity analytics, and energy analytics. These centers form the core of the Data Science Initiative (DSI) at UNC Charlotte. The Data Science Initiative is an industry-university-state partnership, led by the College of Computing and Informatics, the Belk College of Business, the College of Health and Human Services, and the College of Liberal Arts and Sciences, and includes collaborative partners in other academic departments.
  
-DSI provides an effective solution to the challenge of “Big Data” by creating education, training and research programs in data science and analytics integrated with business and industry expertise. The surrounding hub of top financial services, energy, retail sales and distribution, advanced manufacturing, and technology companies provides an ideal environment to utilize a suite of skills only an urban research university can accommodate—Big Data understanding and innovation, business acumen, and technical mastery.+DSI provides an effective solution to the challenge of “Big Data” by creating education, training, and research programs in data science and analytics integrated with business and industry expertise. The surrounding hub of top financial services, energy, retail sales and distribution, advanced manufacturing, and technology companies provides an ideal environment to utilize a suite of skills only an urban research university can accommodate—Big Data understanding and innovation, business acumen, and technical mastery.
  
  
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-The UVA site of CVDI will pursue a research agenda that features integration of control, decision, and systems modeling concepts with statistical methods, machine learning and pattern recognition.   Areas of concentration include cognitive assistance, information retrieval, natural language processing, latent structure learning, reinforcement learning, deep learning, data fusion and distributed learning, Spatio-temporal models, and agent-based models and simulation. A distinguishing characteristic of the UVA site research agenda is an emphasis on prescriptive modeling and the use of data in the context of decision making in complex systems. Specific research directions identified for initial projects include (1) Systemic risk–analytics addressing fragility and shock propagation in networks, financial or otherwise; (2) Cognitive assistance–analytics that helps humans interact with complex socio-technical systems, such as the law; and (3) Privacy and anonymity–analytic methods that preserve these quantities. Current site members include companies in the fields of manufacturing, IoT and sensing, data privacy and security, finance and banking, national defense, and media.+The UVA site of CVDI will pursue a research agenda that features integration of control, decision, and systems modeling concepts with statistical methods, machine learning, and pattern recognition.   Areas of concentration include cognitive assistance, information retrieval, natural language processing, latent structure learning, reinforcement learning, deep learning, data fusion and distributed learning, Spatio-temporal models, and agent-based models and simulation. A distinguishing characteristic of the UVA site research agenda is an emphasis on prescriptive modeling and the use of data in the context of decision-making in complex systems. Specific research directions identified for initial projects include (1) Systemic risk–analytics addressing fragility and shock propagation in networks, financial or otherwise; (2) Cognitive assistance–analytics that helps humans interact with complex socio-technical systems, such as the law; and (3) Privacy and anonymity–analytic methods that preserve these quantities. Current site members include companies in the fields of manufacturing, IoT and sensing, data privacy and security, finance and banking, national defense, and media.
  
 UVA faculty participation includes more than a dozen members from the three computing and informatics departments–Computer Science, Electrical and Computer Engineering, and Systems and Information Engineering–as well as members the College of Arts & Science (Psychology), McIntire School of Commerce, School of Medicine, and School of Law. This faculty interest reflects the critical importance of data science across all disciplines, as well as the breadth of UVA’s academic and professional degree programs. The UVA CVDI site is a Center of Excellence within UVA’s Data Science Institute, which supports all aspects of data science across the university with a rich array of computational resources that includes a secure cloud for analytics on the medical patient and other sensitive data. UVA has a deep commitment to industry-sponsored research, which accounts for 20% of the total activity in the School of Engineering and Applied Science, and a rich history of engaging with the IUCRC program that includes current or past membership in the Laser Center, NGeNE, WICAT, and BWAC. Other major industry research relationships include being one of three U.S. University Technology Centers for Rolls-Royce Corporation and being a founding university member of the Commonwealth Center for Advanced Manufacturing, which has more than 30 industry members. Founded in 1836, the University of Virginia School of Engineering and Applied Science is the third oldest engineering school at a public university in the U.S., with a distinguished faculty and a student body of 2,300 undergraduates and 615 graduate students. UVA faculty participation includes more than a dozen members from the three computing and informatics departments–Computer Science, Electrical and Computer Engineering, and Systems and Information Engineering–as well as members the College of Arts & Science (Psychology), McIntire School of Commerce, School of Medicine, and School of Law. This faculty interest reflects the critical importance of data science across all disciplines, as well as the breadth of UVA’s academic and professional degree programs. The UVA CVDI site is a Center of Excellence within UVA’s Data Science Institute, which supports all aspects of data science across the university with a rich array of computational resources that includes a secure cloud for analytics on the medical patient and other sensitive data. UVA has a deep commitment to industry-sponsored research, which accounts for 20% of the total activity in the School of Engineering and Applied Science, and a rich history of engaging with the IUCRC program that includes current or past membership in the Laser Center, NGeNE, WICAT, and BWAC. Other major industry research relationships include being one of three U.S. University Technology Centers for Rolls-Royce Corporation and being a founding university member of the Commonwealth Center for Advanced Manufacturing, which has more than 30 industry members. Founded in 1836, the University of Virginia School of Engineering and Applied Science is the third oldest engineering school at a public university in the U.S., with a distinguished faculty and a student body of 2,300 undergraduates and 615 graduate students.
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 Clear examples of the University’s interdisciplinary approach to research can be seen in efforts to meet emerging national imperatives to upgrade the transportation infrastructure, move alternative energy sources into the mainstream, and invent the means to improve medical care while reducing its costs. The University has also established major research initiatives in engineering cities, plasma medicine and biology, and neuroengineering. Clear examples of the University’s interdisciplinary approach to research can be seen in efforts to meet emerging national imperatives to upgrade the transportation infrastructure, move alternative energy sources into the mainstream, and invent the means to improve medical care while reducing its costs. The University has also established major research initiatives in engineering cities, plasma medicine and biology, and neuroengineering.
  
-The College of Information Science at Drexel provides access to a variety of specialized facilities, including a large server IBM e1350 Linux Cluster dedicated to research use. It contains: an IBM eServer Cluster 42U Enterprise Rack; 15 IBM x335 servers (computing nodes) containing: Dual 2.8Ghz Intel Xeon Processors, 1.5GB PC2100 ECC DDR SDRAM 100Mhz Bus, 512KB L2 Cache, 40GB Fixed IDE; an IBM x345 server; an IBM DS400 SAN Storage Subsystem; and 14 300GB 10000rpm Ultra320 SCSI Hot Swap drivers = approximately 3 TB on 2 RAID-5 Volumes.+The College of Information Science at Drexel provides access to a variety of specialized facilities, including a large server IBM e1350 Linux Cluster dedicated to research use. It contains an IBM eServer Cluster 42U Enterprise Rack; 15 IBM x335 servers (computing nodes) containing: Dual 2.8Ghz Intel Xeon Processors, 1.5GB PC2100 ECC DDR SDRAM 100Mhz Bus, 512KB L2 Cache, 40GB Fixed IDE; an IBM x345 server; an IBM DS400 SAN Storage Subsystem; and 14 300GB 10000rpm Ultra320 SCSI Hot Swap drivers = approximately 3 TB on 2 RAID-5 Volumes.
about/universities.txt · Last modified: 2023/08/11 10:20 by andrea.frey

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