Optimal Cooperative Jamming to Enhance Physical Layer Security Using Relays
Gan Zheng, Li-Chia Choo, Kai‐Kit Wong
Abstract
Gan Zheng, Li-Chia Choo, Kai‐Kit Wong
Abstract
This correspondence studies cooperative jamming (CJ) to increase the physical layer security of a wiretap fading channel via distributed relays. We first provide the feasible conditions on the positiveness of the secrecy rate and then show that the optimization problem can be solved using a combination of convex optimization and a one-dimensional search. Distributed implementation to realize the CJ solution and extension to deal with per group relays' power constraints are discussed.
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This correspondence studies cooperative jamming (CJ) to increase the physical layer security of a wiretap fading channel via distributed relays. We first provide the feasible conditions on the positiveness of the secrecy rate and then show that the optimization problem can be solved using a combination of convex optimization and a one-dimensional search. Distributed implementation to realize the CJ solution and extension to deal with per group relays' power constraints are discussed.
Key concepts: Jamming, Physical layer, Fading, Secrecy, Computer science, Optimization problem, Convex optimization, Channel (broadcasting)