We investigate the physical layer security (PLS) in multi-user interference networks. In
particular, we consider secure transmission from a legitimate source (Alice) to a legitimate …

Secure transfer of wireless information is becoming a critical issue in multi-user interference
networks. In this paper, we consider secure transmission from a source (Alice) to a legitimate …

Under both long (infinite) and short (finite) blocklength transmissions, this paper considers
physical layer security for a wireless interference network of multiple transmitter-user pairs …

In contrast to its wired counterpart, wireless communication is highly susceptible to
eavesdropping due to the broadcast nature of the wireless propagation medium. Recent …

We address physical layer security in multiple-input-multiple-output (MISO) communications
in the presence of an unknown passive eavesdropper. Beamforming and artificial noise …

In this paper, we focus on the physical layer security for a K-user multiple-input-single-output
(MISO) wiretap channel in the presence of a malicious eavesdropper, where we propose …

In this paper, we focus on antieavesdropping design in a multicell multiuser interference
channel coexisting with a multiantenna eavesdropper, in which multiuser interference arises …

Interference alignment (IA) has attracted enormous research interest as it achieves optimal
capacity scaling with respect to signal to noise ratio on interference networks. IA has also …

Physical layer security (PLS) aims to protect end users who are equipped with low-
complexity receivers for which implementing cryptographic algorithms for security purposes …

This paper studies the achievable secure rate per source-destination pair in wireless
networks. First, a path loss model is considered, where the legitimate and eavesdropper …