… -wide physical layer security performance of the downlink transmission in an mmWave
cellular network under a stochastic geometry framework. We first study the secure connectivity …

… on studying the fundamental ability of the physical layer to augment secrecy in wireless …
modeled by the κ − μ distribution whereas in the eavesdropper channel by the η − μ distribution […

… -κ-μ model best fits the experimental data. Further, the non-unimodal nature of the α-η-κ-μ
envelope … over the α-η-κ-μ fading channels. The main contributions of this letter are as follows: …

… layer security performance in full-duplex (FD) small-cell net… We investigate the smallcell
network PHY-layer security … significantly improve the PHY-layer security performance, especially …

… the wiretapper has access to an arbitrary subset μ of the N coded bits, and optimal tradeoffs
between code rate k/N and μ that guaranteed secrecy were characterized. The consideration …

… say here that physical layer security is usually possible as soon as there is an asymmetry
in communication between Bob and Eve; in particular, physical layer security may be possible …

… κ, Fκ (x) is the cumulative distribution function (CDF) of κ. Let κ = |hSP|2L (rSP), we first derive
the CDF of κ… Then, we solve the first derivative of CDF and derive the PDF of κ as shown in (…

… This also concerns the effects of non-homogeneous fading environments such as α-µ [7],
and κ-µ and η-µ [8], which although they are encountered in realistic communication scenarios, …

… In the generic model of physical layer security problem, we usually have three main
communication entities (nodes) as depicted in Fig. 1. The first node is basically the legitimate …

… physical-layer security (PLS) of a single-input-multiple-output (SIMO) underlay cognitive
radio network (CRN) over cascaded κ-µ … user receiver over cascaded κ-µ channels. Moreover, …