| Document Date: 2003-06-03 23:21:03
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City Lincoln / / Company IBM / AEGIS / Copy Protection / VMWare / Microsoft / Secure Processors Benjie Chen Robert Morris MIT Laboratory / / / Facility Carnegie Mellon University / Secure Terminal / Massachusetts Institute of Technology / / IndustryTerm software configuration / open and flexible computing base / virtualized operating systems / co-processors / e-book / content distributor / software level / media player / tamperresistant processors / resistant software / trusted computing architecture / resistant processing / tamperresistant co-processors / system software / software configurations / off-chip / Internet cafe / bank / software environment / buggy operating systems / tamper-resistant hardware / login software / trusted computing environments / bogus software / trusted manufacturer / computing / trusted co-processor / software architecture / co-processor / particular software configuration / trusted computing platform / web login / / OperatingSystem PDOS / Microsoft Windows / / Organization MIT / Massachusetts Institute of Technology / PDOS / Carnegie Mellon University / / Person E. Suh / Thomas J. Watson / S. Devadas / D. Clarke / M. Van Dijk / B. Gassend / / Position author / programmer / / ProvinceOrState Pennsylvania / Massachusetts / / PublishedMedium The AEGIS / / Technology RAM / trusted co-processor / private key / operating system / SSL / operating systems / tamperresistant co-processors / physically tamperresistant processors / encryption / main processor / public key / 4758 co-processor / paging / FLASH / / URL http /
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Certifying Program Execution with Secure Processors Benjie Chen Robert Morris MIT Laboratory for Computer Science {benjie,rtm}@lcs.mit.edu Abstract Cerium is a trusted computing architecture that protects