Coding for wiretap channels: Channel resolvability and semantic security
A Thangaraj - 2014 IEEE Information Theory Workshop (ITW …, 2014 - ieeexplore.ieee.org
2014 IEEE Information Theory Workshop (ITW 2014), 2014•ieeexplore.ieee.org
Wiretap channels form the most basic building block of physical-layer and information-
theoretic security. Considerable research work has gone into the information-theoretic,
cryptographic and coding aspects of wiretap channels in the last few years. The main goal of
this tutorial article is to provide a self-contained presentation of two recent results-one is a
new and simplified proof for secrecy capacity using channel resolvability, and the other is
the connection between semantic security and information-theoretic strong secrecy.
theoretic security. Considerable research work has gone into the information-theoretic,
cryptographic and coding aspects of wiretap channels in the last few years. The main goal of
this tutorial article is to provide a self-contained presentation of two recent results-one is a
new and simplified proof for secrecy capacity using channel resolvability, and the other is
the connection between semantic security and information-theoretic strong secrecy.
Wiretap channels form the most basic building block of physical-layer and information-theoretic security. Considerable research work has gone into the information-theoretic, cryptographic and coding aspects of wiretap channels in the last few years. The main goal of this tutorial article is to provide a self-contained presentation of two recent results - one is a new and simplified proof for secrecy capacity using channel resolvability, and the other is the connection between semantic security and information-theoretic strong secrecy.
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