The Fifth Generation (5G) mobile systems have adopted cloud computing and edge
computing to support customized services in different application scenarios, such as smart …

During the past few years, research and standardization communities have worked
collaboratively to develop a composable 5G network for a digitized, connected world of …

Recently, following the rapid commercial deployment of 5G networks, next-generation
mobile communication technology (6G) has been attracting increasing attention from global …

The current 5G network deployment is anticipated to support a massive number of
connections and offer a very high-data-rate to ensure enhanced mobile broadband with ultra …

As the Fifth-generation (5G) environment becomes widespread, various services tailored to
these environmental standards are being provided. In line with this, computer vision based …

Mobile communication standards were developed for enhancing transmission and network
performance by using more radio resources and improving spectrum and energy efficiency …

Beginning with 5G, mobile networks moved away from the point-to-point model used by
previous generations toward a service-based architecture (SBA) focused on a cloud-native …

This chapter focuses on the scenario of fifth generation (5G) networks to support Internet of
Things (IoT) applications and services. It presents the architecture, challenges and key …

The vision for 6G networks is to offer pervasive intelligence and internet of intelligence, in
which the networks natively support artificial intelligence (AI), empower smart applications …

The emergence of the sixth generation of cellular systems (6G) signals a transformative era
and ecosystem for mobile communications, driven by demands from technologies like the …