San Francisco / Seattle / Visegrad / Hawthorne / Fairfax / San Antonio / Brighton / Miami Beach / Alexandria / Glasgow / Oakland / San Diego / /
Company
IBM / UPS / Wireless Sensor Networks / Goldman / Secure Distributed Systems / NCSU Secure Open Systems / Daikon / Intel / Symantec / Apache Software Foundation / /
Country
Taiwan / Hungary / United States / United Kingdom / Scotland / / /
Event
Company Expansion / FDA Phase / /
Facility
TPM library / Computer Science NC State University / Dartmouth University / GNU C library / /
IndustryTerm
vulnerable applications / free software / distributed computing environments / Internet Services / actual services / local web sites / software configurations / target applications / real-world applications / Wireless Sensors / software stack / request/reply protocol / dynamic attestation protocol / user applications / test coverage tool / static attestation protocols / server applications / trusted computing / web server / computing / client applications / attestation server / ghttpd web server / test applications / execution infrastructure / /
OperatingSystem
Linux / Ubuntu / Integrity / DoS / Windows 2000 / GNU / /
Organization
U.S. Army Research Office / U.S. Government / U.S. National Science Foundation / Computer Science NC State University / Raleigh / MIT Department of Electrical Engineering and Computer Science / Service for Secure Distributed Systems / Dartmouth University / /
Person
T. Fraser / W. A. Arbaugh / Mayday / N. L. Petroni Jr. / N. L. Petroni / Jr. / J. Molina / Ahmed M. Azab / K. Mahadevan / V / M. Hicks / / /
Remote Attestation to Dynamic System Properties: Towards Providing Complete System Integrity Evidence ∗ † Chongkyung Kil§, Emre C. Sezer§, Ahmed M. Azab§, Peng Ning§, Xiaolan Zhang†† †† §