Kodak / Cambridge University Press / Privacy Enhancing Technologies / GPU / Canon / Sanyo / John Wiley & Sons / /
Country
United States / /
Currency
USD / / /
Event
Product Recall / Product Issues / /
Facility
Prentice Hall / Brown University / University of North Carolina / Chapel Hill Chapel Hill / /
IndustryTerm
speech recognition systems / consumer electronics / secure devices / hand-held devices / on-line boosting / online variant / online boosting algorithm / stabilization algorithm / built-in face detection technology / electrooptical and electromechanical devices / digital electronics / feature selection algorithm / on-line learning / commodity devices / personal computing devices / recognition algorithm / search window / consumer grade device / important practical applications / capture devices / bank balances / search metadata / personal mobile devices / wireless keyboards / compromised web-cams / telescopic equipment / elegant solution / machine translation systems / online training / low cost consumer devices / /
Movie
The Art of War / /
Organization
Cambridge University / National Science Foundation / Brown University / University of North Carolina / Machine Intelligence / Department of Computer Science / /
Person
Alex Keng / Jared Heinly / Vishal Verma / Pierre Georgel / Megha Pandey / Anusha Sethuraman / Andrew M. White / Rohit Shah / Enliang Zheng / Rahul Raguram / David Kahn / Enrique Dunn / ACM TISSEC / Fabian Monrose / Jan-Michael Frahm / /
iSpy: Automatic Reconstruction of Typed Input from Compromising Reflections Rahul Raguram, Andrew M. White, Dibenyendu Goswami, Fabian Monrose and Jan-Michael Frahm Department of Computer Science, University of North Ca