In the 3GPP specification, a 5G private network plan is proposed, which is deployed for use
in specific areas and enterprise application service areas. In order to provide resilient 5G …

In this paper, we investigate how OAI can be used on top of M-CORD, and present the
deployment results demonstrating a virtualized 5G Radio Access Network (RAN)-Core …

With the proliferation of 5G business scenarios, 5G core network (5GC) cloudification has a
major trend for both operators and vendors. As a novel cloud computing technology, cloud …

Multi-access Edge Computing (MEC) utilizes computing platforms in the proximity of end
users to provide cloud-based services with low latency and high reliability. The 3rd …

The 3rd Generation Partnership Project (3GPP) introduces network slicing for the
provisioning of diverse network services in 5G. Additionally, boosted by cloud-based …

Existing mobile networks suffer from complex protocols, inflexible equipment, and vendor
specific configuration interfaces and other problems. This paper proposes a novel …

Network slicing is one of the core features of the 5G network to meet the requirements of
various network services, namely, enhanced Mobile Broadband (eMBB), ultra Reliable Low …

5G and beyond mobile networks have emerged to provide QoS stringent services for the
huge number of user devices with several technological enablers including edge computing …

Along with the completion of the development of 4G technologies, the global mobile
community starts the study of the next generation technologies, ie 5G technologies. This …

To meet the extremely low latency requirements of 6G Internet of Things (IoT) services, 6G
network should be able to intelligently allocate the network resources. Based on Mobile …