| Document Date: 2012-01-10 15:59:35
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Company Virtual Private Networks / RT T1 RT / AES / DTLS / TLS / CBC / Microsoft / ASP.NET / / / Event FDA Phase / / Facility University of London / Building A Padding Oracle / / IndustryTerm e-mail server / symmetric encryption algorithm / mainstream protocol / decryption processing / video network streaming applications / cryptographic processing / decryption algorithm / software developers / wireless traffic5 / orderly processing / transport protocol / suitable application layer protocol / session management services / generic server / upper layer protocol / equal processing times / http / OperatingSystem Linux / Microsoft Windows / / Organization Internet Engineering Task Force / University of London / / Person Mean / Kenneth G. Paterson / Nadhem J. AlFardan / / Position RT / controller / This author / / Product Heartbeat / OpenSSL utilities / OpenSSL / TLS / TLSv1 / / ProgrammingLanguage ASP.NET / / Technology SNMP / application layer protocols / underlying transport protocol / RAM / symmetric encryption algorithm / MAC algorithms / encryption algorithms / encryption algorithm / Linux / unreliable transport protocol / block cipher / slower decryption algorithm / UDP / html / encryption / Ethernet / notional algorithm / mainstream protocol / firewall / transport protocol / suitable application layer protocol / AH protocol / upper layer protocol / decryption algorithm / handshake protocol / network protocols / unreliable transport protocols / / URL http /
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Plaintext-Recovery Attacks Against Datagram TLS Nadhem J. AlFardan and Kenneth G. Paterson∗ Information Security Group Royal Holloway, University of London, Egham, Surrey TW20 0EX, UK {nadhem.alfardan.2009, kenny.pater