… We consider a large wireless network, in which nodes are distributed according to a 2D
Poisson point process of unit intensity over a square of area n. Also present in the network are a …

… This paper considers wireless networks with secrecy constraints. We study two different
channel models: 1) Static path loss model, and 2) ergodic fading model. For the first model, we …

… • We discuss five case studies that highlight the use of EC in five different wireless networks.
… radio networks CRNs, wireless local area networks, mesh networks, cellular networks, and …

… security at the physical layer in wireless networks. We … capacity [19] of each method. The
LPI is an important factor in physical layer security, as it guarantees confidentiality in wireless …

… the security vulnerabilities and weaknesses of wireless networks at … layer, the transport layer,
the network layer, the MAC layer, and … In wireless networks, the secrecy capacity is severely …

… transmissions over wireless channels, we consider the impact of fading on the secrecy
capacity. … of secure communication over wireless channels; (b) a characterization of the secrecy …

… security and stochastic geometry, we aim to characterize the fundamental limits of secure
communication in wireless networks. … Secrecy capacity: We provide a complete probabilistic …

… In this paper, we explore the security-throughput trade-off in wireless broadcast networks.
An adversary in a wireless network can attack in several ways: it could inject erroneous …

… in large wireless networks and to understand how the security requirements affect the …
capacity framework to study the impact of physical layer security requirements on the network …

… capacity as a function of n often do not specify the preconstant. The advantages of using TC
as a metric for wireless network … dependencies upon fundamental network parameters are …