Introduces the merging of the Internet of Things with cutting-edge technology, including
blockchain concepts, machine learning algorithms, and AI-based wireless connectivity …

The advantages provided by the drones with regards to three dimensional mobility and ease
of deployment makes them a viable candidate for 5G and beyond (B5G) networks …

In the Industrial Internet of Things (IIoT), non-orthogonal multiple access (NOMA) has
emerged as a viable multiple access method due to its superior efficiency. In this paper, a …

This work presents a wireless acoustic sensor network (WASN) that monitors urban
environments by recognizing a given set of sound events or classes. The nodes of the …

Deep learning‐based intrusion detection systems have high accuracy and low false alarm
rates. However, there are challenges to deploy deep learning models in the vulnerable …

In this paper, we propose a novel distributed resource allocation mechanism for semi-grant-
free non-orthogonal multiple access (SGF-NOMA) transmission to maximize the network …

The non-orthogonal multiple-access (NOMA) technique affords massive user scaling,
industrial use for mission-critical communication, and multi-user shared in a single resource …

The high data rate, huge spectrum efficiency, successive interference cancellation (SIC),
and ultra-reliable low latency (URLL) are of the demand for next-generation technologies …

This study demonstrates that a novel dictionary learning (DL) algorithm-based approach can
be successfully used in conjunction with an indigenously developed hardware module …

High throughput, successive interference cancelation, higher cell edge spectrum efficiency,
and low latency are the main requirements for future generation technology. Non-orthogonal …