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Company Dell / IBM / TrustVisor / AMD / Intel / be constructed using TrustVisor / / Facility CMU-CyLab-09-003 CyLab Carnegie Mellon University / TPM opera / / IndustryTerm trusted computing mechanism / non-volatile storage device / peripheral devices / commodity systems / trusted computing features / security-sensitive legacy applications / platform startup / legacy applications / low-speed hardware / trusted computing operations / hardware virtualization technologies / legacy systems / trusted computing aspects / software vulnerabilities / trusted computing / commodity operating systems / trusted computing base / trusted computing support / attestation protocol / commodity x86 hardware / / OperatingSystem Linux / / Organization Army Research Office / Input/Output Memory Management Unit / Trust for Measurement / National Science Foundation / CMU-CyLab-09-003 CyLab Carnegie Mellon University Pittsburgh / U.S. Government / Remote Party / Carnegie Mellon University / / Person Jonathan M. McCune Yanlin Li Ning / Virgil Gligor Adrian Perrig / Jonathan M. McCune / Anupam Datta / Virgil D. Gligor / Anupam Datta Virgil Gligor Adrian / / Position General / µTPM Driver / administrator / Marshal / memory controller / / Product v1.2 TPM Seal / TPM interface / Locality 2 interface / TPM / x86 / Locality 2 / x86 OS / / ProvinceOrState Manitoba / Pennsylvania / / Technology virtual machine / Linux / API / hardware virtualization technologies / operating systems / TPM chip / encryption / cryptography / 1 1 TPM chips / Attestation protocol / physical TPM chip / paging / slow TPM chip / / SocialTag 
TrustVisor: Efficient TCB Reduction and Attestation Jonathan M. McCune, Ning Qu, Yanlin Li Anupam Datta, Virgil D. Gligor, Adrian Perrig March 9, 2009 (revised March 10, 2010)