DQE / Other Mail Acceptance Systems / No Social Networks / Social Networks / Mail Rejection Systems / Social Networks (Univ) No Social Networks / Yahoo! / Intel / /
Currency
USD / /
Facility
Carnegie Mellon University / University College London / New York University / /
IndustryTerm
mail software / Internet email / software failures / cryptographic tools / client software / private set matching protocol / deployed public-key infrastructure / spam classification systems / private matching protocol / law-enforcement bodies / secure Web interface / basic protocol / mail server / email processing path / email processing system / corporate network / private set-matching protocol / web-of-trust model / email processing throughput / pre-existing mail tools / social network / spam rejection systems / wide-area network / social networking component / email social network / rejection systems / corporate email network / /
Organization
New York University / University College London / Stanford University / Carnegie Mellon University / No / /
Person
Scott Garriss / Michael J. Freedman / David Mazières / Laurie / Haifeng Yu / Matching / Timestamp / A. Clearly / Clayton / Brad Karp / Michael Kaminsky∗ Michael / / /
Position
previously unknown correspondent / Prime Minister / system administrator / basic secure PM / model for creating attestations / administrator / /
ProgrammingLanguage
R / C++ / /
Technology
private set matching protocol / Given encryptions / private key / Machine learning / secret key / S. The PM protocol / SSL / public-key infrastructure / private set-matching protocol / encryption / cryptography / public key / DNS / SMTP protocol / basic protocol / PM protocol / private matching protocol / encryption system / ISP / digital signature / FoF protocol / basic secure PM protocol / /
R E : Reliable Email Scott Garriss† , Michael Kaminsky∗ Michael J. Freedman‡◦ , Brad Karp∗∗ , David Mazières◦ , Haifeng Yu∗† † Carnegie Mellon University, ∗ Intel Research Pittsburgh, ‡ New York