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Electronic commerce / Cryptographic protocols / SAS / Digital signature / Public key certificate / X.509 / Man-in-the-middle attack / Certificate authority / RSA / Cryptography / Public-key cryptography / Key management


Experimenting with Server-Aided Signatures Xuhua Ding, Daniele Mazzocchi, Gene Tsudik Information and Computer Science Department University of California, Irvine {xhding,dmazzocc,gts}@ics.uci.edu
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Document Date: 2002-02-11 23:20:50


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File Size: 572,34 KB

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Company

Verisign / Microsoft / /

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Facility

Computer Science Department University of California / /

IndustryTerm

hash chain / connected wireless network / signature protocol / on-line nature / portable devices / Internet-style hostname / less computing power / verification protocols / on-line help / web browsers / limited-power devices / victim server / cell telephony / organizational network / chip maker / wireless device / limited-storage devices / non-essential services / electronic commerce transactions / computing / secure applications / user processing times / wireless web access / communication media / database processing / /

OperatingSystem

DoS / Linux / /

Organization

University of California / Irvine / /

Person

Gene Tsudik / Daniele Mazzocchi / Eudora Plug / /

Position

SEcurity Mediator / arbitrator / administrator / /

ProgrammingLanguage

TSP / /

ProvinceOrState

Alice / California / /

Technology

verification protocols / S/MIME / Ethernet / cellular telephone / cryptography / LAN / 5.2 SAS Signature Protocol / public key / Linux / wireless device / signature protocol / cell phones / private key / SAS signature protocol / digital signature / PDA / Service The SAS signature protocol / /

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