Simmons, Gustavus J., "An Introduction to the Mathematics of Trust in Security Protocols ", Proceedings of the Computer Security Foundations Workshop VI, 1993, pp. 121-127. Home/Search Document Not in Database Summary Related Articles Check |
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The Role of Trust in Information Integrity Protocols - Simmons Catherine (1995) (6 citations) Self-citation (Simmons) (Correct)
.... with a cipher (also encrypted with A s private key) that includes among other items, the session key generated by the This paper is a revised and expanded version of a lecture given by the first author at the IEEE Computer Security Foundations Workshop VI, Franconia,NH, June 15 17, 1993 [Sim93] KGC and a cipher encrypted with B s private key that identifies A, contains the session key and message identifiers, time stamps etc. as called for by the protocol. A decrypts this cipher to recover the session key and the cipher which only B (and the KGC) can decrypt. A now sends this cipher ....
G. J. Simmons. An Introduction to the Mathematics of Trust in Security Protocols. In Proceedings: Computer Security Foundations Workshop VI, pages 121--127. IEEE Computer Society Press, June 15-17 1993.
Simmons' Protocol is Not Free of Subliminal Channels - Desmedt (1996) (4 citations) Self-citation (Simmons) (Correct)
....missile and which was empty. Clearly, using such a subliminal channel could give an undesired advantage to a party that would perform a first strike. In 1993, Simmons presented at the VIth Computer Security Foundations Workshop a solution to the subliminal channel problem in DSA signatures [26]. Prior to this, Simmons had demonstrated that it is easy to introduce subliminal channels in DSA signatures [27, 30] see also [29] A few months later, Simmons also discussed a solution against the use of a Cuckoo 1 channel [31] Since our work does not seem to have an impact on that work, ....
....authenticated messages in full view of a warden. The warden is able to read the messages. The subliminal consists in hiding a message through the authentication process such that the warden cannot detect its use nor read the hidden part. In this paper we explain why Simmons protocol [26, 28] does not deny all subliminal channels. We explain how the signer could still use Simmons protocol to send subliminal information. From the aforementioned discussion on SALT II the importance of having protocols that can deny any subliminal channel is obvious. Although the capacity of our ....
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G. J. Simmons. An introduction to the mathematics of trust in security protocols. In Proceedings: Computer Security Foundations Workshop VI, pages 121--127. IEEE Computer Society Press., 1993. Franconia, New Hampshire, June 15-- 17.
A Method for Examining Cryptographic Protocols - Tjaden (1997) (4 citations) (Correct)
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Simmons, Gustavus J., "An Introduction to the Mathematics of Trust in Security Protocols ", Proceedings of the Computer Security Foundations Workshop VI, 1993, pp. 121-127.
Users and Trust in Cyberspace - Nikander, Karvonen (2000) (2 citations) (Correct)
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Gustavus J. Simmons, "An introduction to the mathematics of trust in security protocols ", in Proc. Computer Security Foundations Workshop IV, pp. 121-127, Franconia, N.H., 15--17 June, EEE Computer Society Press, Los Alamitos, CA, 1993.
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