Abstract Power Domain Non-Orthogonal Multiple Access (PD-NOMA) is a potential
technology for the next generation of cellular networks. Compared to classical orthogonal …

The fifth generation (5G) wireless systems are anticipated to meet unprecedented capacity
and latency requirements. In order to resolve these challenges in 5G, non-orthogonal …

Non‐orthogonal multiple access (NOMA) is an attractive candidate for 6G networks to
support ultra‐massive machine‐type communications (umMTC). Power domain NOMA (PD …

This study exploits a quantum neural network (QNN) for resource allocation in wireless
communications. A QNN is presented to reduce time complexity while still maintaining …

In today's world, cellular communication is rapidly expanding. One of the most common
strategies for assigning the spectrum of users in cellular communication is the multiple …

This paper investigates a wireless system with multi-Unmanned Aerial Vehicles (UAVs) for
improving the overall throughput. In contrast to previous studies that optimize the locations of …

With the increasing user density of wireless networks, various user partitioning techniques or
algorithms segregate users into smaller, more manageable clusters. The benefit of user …

The evolution of wireless and hardware technology has led to the rapid development of a
variety of mobile applications. Common to these applications is that they have low latency …

Internet-of-Things (IoT) networks are likely to have billions of linked devices, which are
designed to support a variety of applications with different communication needs. So …

Non-orthogonal multiple access (NOMA) has become a potential candidate to satisfy the
heterogeneous demands in the fifth generation of wireless communication systems. With the …