Ulm / Seattle / Barcelona / Palo Alto / New York / Las Vegas / Washington / Reading / /
Company
Lawrence Erlbaum Associates Inc. / Plenum Press / Charles E. Merrill Publishing / Oxford University Press / Xerox / Yahoo! / /
Country
Germany / United States / / /
Event
Person Communication and Meetings / /
Facility
University of Nevada / Information Science Research Institute / /
IndustryTerm
image pattern recognition technology / personal communications / technology advances / image pattern recognition algorithms / vision technology / resisted solution / image pattern recognition technologies / imaging / machine vision systems / protected Web site / imperfect printing / printing / possible solution / Internet browsers / machine vision technologies / /
Organization
Mellon Univ. / Henry S. Baird Xerox Palo Alto Research Center / Univ. of California / Reverse Turing Test Allison L. Coates Computer Science Division / Computer Science Division / Information Science Research Institute / Univ. of Nevada / Richard J. Fateman Computer Science Division / Oxford University / University of Nevada / Las Vegas / UC Berkeley’s Computer Science Division / /
Person
Luis A. von Ahn / Marcel Dekker / John Langford / Manuel Blum / Bela Julesz / Alan Turing / S. Baird Xerox Palo Alto / Richard J. Fateman / Allison L. Coates / / /
Position
human judge / first author / second author / author / judge / /
Pessimal Print: A Reverse Turing Test Allison L. Coates Computer Science Division, Univ. of California at Berkeley, Berkeley, CA[removed]USA Email: [removed] Henry S. Baird Xerox Palo Alto Research Ce