In this paper, we study the secrecy performance of short packet secure communications over
a fading wiretap channel when there are multiple receivers and eavesdroppers. In particular …

This paper studies the performance of short packet communications in the presence of
multiple eavesdroppers. We start our investigation by examining the fading wiretap channel …

This paper studies the problem of secure communication from a transmitter to a receiver with
the use of short packets under the existence of multiple eavesdroppers, who are …

In this paper, we investigate secure short packet transmission from a legitimate transmitter to
a receiver in the presence of an active eavesdropper. The aim is to gain more insights into …

In this letter, we analyze the physical layer secrecy throughput in wireless fading networks
with independent eavesdroppers that do not collude. We study the impacts of the total …

The issue of physical layer security for the wireless communication with slow fading is
addressed in this paper, and the secrecy outage performance is concerned. The system is …

The wiretap channel model in a wireless scenario is analyzed where there is a transmitter,
multiple legitimate receivers, non-colluding and colluding eavesdroppers; each of them is …

We investigate the realistic propagation conditions effects on wireless physical layer
security, which are different from classical Rice and Rayleigh fading. Specifically, we study …

We propose a new framework for determining the wiretap code rates of single-input-single-
output multiantenna eavesdropper wiretap channels when the capacity of the …

Recently, a new paradigm of multiple access (MAC) along with one eavesdropper to
achieve secrecy transmissions has been getting in focus. However, all existing work on such …