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Company LogFAS / / Currency USD / / / Facility North Carolina State University / Computer Science University of North Carolina / Chapel Hill Chapel Hill / / IndustryTerm computation-intensive applications / generation algorithm / tamper resistant hardware / online trusted server support / signature verification algorithm / sub-linear search / public auditing / verification algorithm / verifiable forward-secure / Online Public Verifiability Offline Server / envisioned secure audit logging applications / recursive subset search strategy / remote trusted server / financial auditing applications / Online Trusted Server / wireless sensors / sublinear search properties / computer systems / secure audit / e-voting / signature generation algorithm / subset search / / Organization Peng Ning Michael K. Reiter Department of Computer Science / Computer Science University / Financial Services Authority / A FSA / North Carolina State University Raleigh / FSA / LogFAS PKC / University of North Carolina / Chapel Hill / European Union / Key Generation Center / / Person Michael K. Reiter / Attila A. Yavuz / / Position same logger / logger / / Product Schnorr / / Technology signature generation algorithm / three algorithms / private key / Cryptography / appendonly signing algorithm / Key generation algorithm / Public Key / verification algorithm / signature verification algorithm / / SocialTag 
Efficient, Compromise Resilient and Append-only Cryptographic Schemes for Secure Audit Logging Attila A. Yavuz and Peng Ning Michael K. Reiter Department of Computer Science, North Carolina State University