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A. Harbitter and D. A. Menasce, "Performance of Public Key-Enabled Kerberos Authentication in Large Networks," Proc. 2001.

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Two-Level Iterative Queuing Modeling of Software Contention - Daniel Menasce Department   Self-citation (Menasce)   (Correct)

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A. Harbitter and D. A. Menasce, "Performance of Public Key-Enabled Kerberos Authentication in Large Networks," Proc. 2001.


Two-Level Iterative Queuing Modeling of Software Contention - Daniel Menasce Department   Self-citation (Menasce)   (Correct)

No context found.

A. Harbitter and D. A. Menasce, "The Performance of Public Key Enabled Kerberos Authentication in Mobile Computing Applications," Eighth ACM Conf. Computer and Communications Security (CCS-8), Philadelphia, PA, Nov. 5-8, 2001.


The Performance of Public Key-Enabled Kerberos.. - Harbitter, Menasce (2001)   (1 citation)  Self-citation (Harbitter Menasc)   (Correct)

....does not represent operation in a network in which resources are shared among many users. The KDC, proxy, and application servers are of particular concern. Authentication protocols that use public key encryption have been observed to consume a significant amount of server resources [20] In [21], we developed a modeling strategy that used closed queuing networks with class switching [22] to represent public key variants of Kerberos under a variety of host and network assumptions. This technique allowed us to model transactions that consumed widely varying average service times at ....

Harbitter, A. and D.A. Menasc. Performance of Public KeyEnabled Kerberos Authentication in Large Networks. in IEEE Conference on Security and Privacy. 2001. Oakland, California.


Mutual Authentication and Group Key Agreement for . . . - Bresson (2003)   (4 citations)  (Correct)

No context found.

A. Harbitter and D. A. Menace. The Performance of Public Key-Enabled Kerberos Authentication in Mobile Computing Applications. In ACM CCS'01, pp. 78--85. [1, 10]

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