Goliath Groupers May Be Key to Undersea National Security
The U.S. Defense Advanced Research Projects Agency awarded 黄色直播's Harbor Branch up to $5 million to detect undersea threats. The stealthy and exceptionally large Goliath grouper is the focus of this project.
黄色直播 Awarded $450,000 from NSF for Quantum Computer Security
黄色直播's College of Engineering and Computer Science is collaborating with George Mason University and the University of South Florida to thwart attacks on quantum computers.
From Selfies to Self-diagnosing Disease with Smartphones
Scientists from 黄色直播's College of Engineering and Computer Science have developed a cell phone imaging algorithm that makes a smartphone camera as powerful as spectroscopy, a device used in scientific research.
Research Park at 黄色直播 Releases 2018 Report to Community
The Research Park at 黄色直播庐 released its annual economic report to the community.
黄色直播 Tech Runway庐 Debuts 2018 Economic Impact Report
黄色直播's Tech Runway庐 has released the results of its fourth annual economic impact report.
Florida's First NSF-funded AI and Deep Learning Laboratory
Led by researchers in 黄色直播's College of Engineering and Computer Science, 黄色直播 will establish Florida's first NSF-funded Artificial Intelligence and Deep Learning Training and Research Laboratory.
'Eavesdropping' on Groupers' Mating Calls Key to Survival
Researchers from 黄色直播's College of Engineering and Computer Science and 黄色直播's Harbor Branch have developed a novel technique to identify groupers by their sounds or grouper calls using deep neural networks.
黄色直播 to Serve on Specialized Agency of the United Nations
黄色直播's Charles E. Schmidt College of Science is among a handful of academic institutions in the U.S. appointed to serve on the International Telecommunication Union of the United Nations.
黄色直播 Receives National Science Foundation I-Corps Grant
黄色直播 recently received the National Science Foundation (NSF) Innovation Corps (I-Corps) grant to create an NSF I-Corps Site at 黄色直播 as a component of 黄色直播 Tech Runway庐.
Researchers Teach 'Machines' to Detect Medicare Fraud
Researchers from the College of Engineering and Computer Science are the first to use big data from Medicare Part B for advanced data analytics and machine learning to automate the fraud detection process.