Germany / Italy / Norway / United States / Australia / United Kingdom / /
Currency
USD / / /
Event
Reorganization / /
Facility
National Institute of Standards and Technology / Efficient Anonymous Packet Format George Danezis Ben Laurie University of Cambridge / William Gates Building / University of Cambridge / store Hid / /
IndustryTerm
appropriate processing / deployed remailer networks / mail transfer protocol / transport protocol / remailer networks / reply block encoding algorithm / directory service infrastructure / directory server / generation peer-to-peer systems / communications overheads / e-voting / remailer infrastructure / mix server / mix network / Mix-networks / /
Movie
D. V / /
Organization
Cambridge-MIT Institute / World Health Organization / Simple and Efficient Anonymous Packet Format George Danezis Ben Laurie University of Cambridge / National Institute of Standards and Technology / University of Cambridge / /
Person
David Chaum / George Danezis / R. Dingledine / V / / /
Position
editor / Privacy General / /
ProvinceOrState
California / /
PublishedMedium
the Theory of Computing / Communications of the ACM / /
RadioStation
Who am / /
Technology
Provably secure public-key encryption / peer-to-peer / block cipher / private key / secret key / EP algorithm / encryption / ISDN / cryptography / reply block encoding algorithm / public key / EP encryption / public-key encryption / Anonymous Remailer Protocol / transport protocol / http / mail transfer protocol / Mixmaster Protocol / Software Encryption / /
Minx: A Simple and Efficient Anonymous Packet Format George Danezis Ben Laurie University of Cambridge, Computer Laboratory,