(Enter summary)
Abstract: We prove that security in the Universal Composability framework
(UC) is equivalent to security in the probabilistic polynomial time calculus
ppc. Security is defined under active and adaptive adversaries with
synchronous and authenticated communication. In detail, we define an
encoding from machines in UC to processes in ppc and show it is fully
abstract with respect to UC-security and ppc-security, i.e., we show a
protocol is UC-secure i# its encoding is ppc-secure. However, we restrict
... (Update)
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BibTeX entry: (Update)
@misc{ almansa-full,
author = "Jesus Almansa",
title = "The Full Abstraction of the UC Framework",
url = "citeseer.ist.psu.edu/article/almansa05full.html" }
Citations (may not include all citations):
189
Universally composable security: A new paradigm for cryptogr..
- Canetti - 2001
189
Universally composable security: A new paradigm for cryptogr..
- Canetti - 2001
189
Universally composable security: A new paradigm for cryptogr..
- Canetti - 2001
30
A general composition theorem for secure reactive systems
- Backes, Pfitzmann et al. - 2001
30
A general composition theorem for secure reactive systems
- Backes, Pfitzmann et al. - 2001
30
A general composition theorem for secure reactive systems
- Backes, Pfitzmann et al. - 2001
30
A general composition theorem for secure reactive systems
- Backes, Pfitzmann et al. - 2004
30
A general composition theorem for secure reactive systems
- Backes, Pfitzmann et al. - 2001
30
A general composition theorem for secure reactive systems
- Backes, Pfitzmann et al. - 2004
30
A general composition theorem for secure reactive systems
- Backes, Pfitzmann et al. - 2001
30
A general composition theorem for secure reactive systems
- Backes, Pfitzmann et al. - 2004
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