Building complex entities like Network Slices and their Subnets requires proper models and
methods to allow their convenient design and deployment. Despite significant progress in …

The definition of the fundamental concepts and the design of the architectural framework for
network slicing in fifth-generation communication systems have been successfully …

Predictable and dynamic support of custom slices in 5G will be aided by integrating
intelligence in the network using machine-learning techniques. However, this idea is still in …

Network slicing has emerged as a cornerstone technology within the 5G ecosystem,
enabling efficient resource allocation, service customization, and support for various …

The transformative potential of 5G networks in reshaping industries, critical infrastructures,
and society is widely recognized. Far beyond just a progressive upgrade from previous …

The recent advancements in cellular Vehicle-to-everything (C-V2X) and edge computing
paradigms foster novel use cases for connected and automated vehicles that come with …

Artificial intelligence‐based (AI‐based) network slicing bandwidth allocation enables the
5G/6G service providers to create multiple virtual networks atop a shared physical …

AI/ML techniques play a key role in 5G/6G networks providing connectivity to IoT devices. In
such scenarios, not only is it necessary to run time-sensitive applications with strict latency …

5G is an emerging communication medium and becoming forthcoming revolution of cellular
technology and fulfill the human beings needs. To cope with explosive growth of network …

This research focuses on the slicing technology of the 5G Transport Network (TN), and
discusses how to map the 3GPP slicing standard to the 5G TN to provide appropriate …