| L. Zhou, "Towards fault-tolerant and secure on-line services," PhD Thesis, Cornell University, 2001. |
....must not be able to influence it. The related problem of maintaining proactive authenticated communication in a synchronous network has been investigated by Canetti et al. 8] Related Work. Proactive systems in asynchronous networks have been discussed by Castro and Liskov [10] and by Zhou [24]; the former aims at maintaining a common state, and the latter at maintaining a shared secret. In these works, the phases are defined with respect to proactive protocols, i.e. a phase ends upon the termination of the corresponding update protocol. Our approach is more general in the 16 sense ....
....difference lies in our network model, which identifies the main security requirements on asynchronous proactive secure communication. While authenticity of messages in such a setting is addressed in terms of a special freshness requirement in [10] a formal treatment of these aspects is missing in [24]. Finally, from a practical point of view, our implementation of the refresh protocol is much more efficient than the one of Zhou [24] Ours has an expected message complexity of O(n ) as opposed to O( n ) 5 Asynchronous Proactive Refresh Protocol In this section, we describe how a ....
[Article contains additional citation context not shown here]
L. Zhou, Towards Fault-tolerant and Secure On-line Services. PhD thesis, Cornell University, 2001. 25
....must not be able to influence it. The related problem of maintaining proactive authenticated communication in a synchronous network has been investigated by Canetti et al. 8] Related Work. Proactive systems in asynchronous networks have been discussed by Castro and Liskov [10] and by Zhou [24]; the former aims at maintaining a common state, and the latter at maintaining a shared secret. In these works, the phases are defined with respect to proactive protocols, i.e. a phase ends upon the termination of the corresponding update protocol. Our approach is more general in the 16 sense ....
....difference lies in our network model, which identifies the main security requirements on asynchronous proactive secure communication. While authenticity of messages in such a setting is addressed in terms of a special freshness requirement in [10] a formal treatment of these aspects is missing in [24]. Finally, from a practical point of view, our implementation of the refresh protocol is much more efficient than the one of Zhou [24] Ours has an expected message complexity of O(n ) as opposed to O( n ) 5 Asynchronous Proactive Refresh Protocol In this section, we describe how a ....
[Article contains additional citation context not shown here]
L. Zhou, Towards Fault-tolerant and Secure On-line Services. PhD thesis, Cornell University, 2001. 25
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L. Zhou, "Towards fault-tolerant and secure on-line services," PhD Thesis, Cornell University, 2001.
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