News

  • My thoughts are my password, because my brain reactions are unique
    10/25/18
    An article in The Conversation by Wenyao Xu and Zhanpeng Jin, both associate professors of computer science and engineering, looks at their work to invent a new type of biometric that is uniquely tied to a single human being and can be reset if needed.
  • 3D printing: A cheat sheet
    10/24/18
    An article on Tech Republic about 3D printing, common uses and what organizations adopting the technology need to know reports a group of UB researchers have devised a way to match patterns etched onto the surface of a 3D-printed object to the printer that produced it, a discovery that would make it possible to trace 3D printed guns.
  • There’s finally a way to trace ‘untraceable’ 3D printed guns
    10/23/18
    An article on Digital Trends reports on research by Wenyao Xu, associate professor of computer science and engineering, that has discovered the first way to track 3D-printed objects, including guns, using the unique “fingerprints” that 3D printers leave on the objects they produce.
  • Who are China’s top 5 tech billionaires and what was their ‘eureka!’ moment?
    10/22/18
    A story in the South China Morning Post about the ‘Eureka moments’ of China’s top 5 tech billionaires reports that one of them, Robin Li, an alumnus of UB who created Baidu, was inspired to create a search engine when, starting in middle school, he loved going to the library but found it hard to find what he wanted.  
  • Researchers discover a new way to identify 3D printed guns
    10/22/18
    Global coverage continued on a UB-developed method to track items, including guns, made on 3D printers. A story in Futurity quoted Wenyao Xu, an associate professor in the Department of Computer Science and Engineering, who said: “3D printing has many wonderful uses, but it's also a counterfeiter's dream. Even more concerning, it has the potential to make firearms more readily available to people who are not allowed to possess them.” 
  • Robots use environmental clues to build structures
    10/22/18
    An article in Mechanical Engineering magazine, a publication of the American Society of Mechanical Engineers (ASME), reports on research by Nils Napp, assistant professor of computer science, to develop autonomous robots that can overcome uneven terrain and other obstacles.
  • Researchers find way to track 'untraceable' 3D-printed guns
    10/19/18
    An article on CNET in the U.S., UK and Australia reports on research by Wenyao Xu, associate professor of computer science and engineering, that has discovered the first way to track 3D-printed objects, including guns, using the unique “fingerprints” that 3D printers leave on the objects they produce.
  • Coppin State professor may have a lost Melville manuscript
    10/19/18
    An Associated Press article about a Maryland professor who may have found a lost Herman Melville manuscript that includes hints of what later would become his masterpiece “Moby Dick” reports the handwriting was analyzed by UB’s CEDAR forensics lab and that Sargur Srihari, SUNY Distinguished Professor of Computer Science and Engineering and founding director of CEDAR, presented a comprehensive forensic analysis in a paper.
  • Finding a white whale: Coppin State professor might have confirmed lost Herman Melville manuscript
    10/18/18
    An article in the Baltimore Sun about a Maryland professor who may have found a lost Herman Melville manuscript that includes hints of what later would become his masterpiece “Moby Dick” reports the handwriting was analyzed by UB’s CEDAR forensics lab and that Sargur Srihari, SUNY Distinguished Professor of Computer Science and Engineering and founding director of CEDAR, presented a comprehensive forensic analysis in a paper.
  • PrinTracker tech could match sketchy objects to 3D printers that made them
    10/17/18
    An article on New Atlas reports on research by Wenyao Xu, associate professor of computer science and engineering, that has discovered the first way to track 3D-printed objects, including guns, using the unique “fingerprints” that 3D printers leave on the objects they produce.