Future ultrareliable low-latency tasks in the Internet of Things require finite blocklength
transmissions. The spectral efficiency of finite blocklength transmissions, by incorporating …

We consider a mobile edge computing (MEC) network supporting low-latency, critical
offloading workloads. The task offloading from the user to the server is operated under a …

This paper proposes a novel machine learning (ML) assisted low‐latency low density parity
check (LDPC) coded adaptive modulation (AM) system, where short block‐length LDPC …

We consider an update-and-decide IoT-based wireless network, where information packets
generated from dual sources are co-stored in the transmitter's buffer, while decisions are …

We consider an update-and-decide IoT-based wireless network, where information packets
generated from dual sources are co-stored in the transmitter's buffer, while decisions are …

The last years have been characterized by strong market exploitation of the Internet of
Things (IoT) technologies in different application domains, such as Industry 4.0, smart cities …

The ultra-reliable low-latency communications (URLLC) tight latency requirements paired
with transmission of small payload packets motivates the development of techniques that …

To improve the stability of automatic retransmission requests, a competition control method
for automatic retransmission requests of cooperative-based listening nodes is proposed …

The demand for ultra-reliable low-latency communications (URLLC) has led to the adoption
of grant-free (GF) access techniques by the 5G NR, with the goal of reducing uplink access …

In the past decade, the emergence of beyond fifth generation (B5G) wireless networks has
necessitated the timely updating of system states in Internet of Things (IoT) and cyber …