In this work, we design an elastic open radio access network (O-RAN) slicing for the
Industrial Internet of things (IIoT). Due to the rapid spread of IoT in the industrial use-cases …

Considering network slicing in a cellular network, one of the most intriguing tasks is slice
enforcement over air interfaces across multiple cells. The challenges lie in several aspects …

As a novel computing paradigm, fog computing can provide more efficient and high-quality
medical services for patients by deploying the smart healthcare system. Smart healthcare …

The edge-cloud system has the potential to com-bine the advantages of heterogeneous
devices and truly realize ubiquitous computing. However, for service providers to guar-antee …

Industrial scenarios comprise multiple devices executing periodic, mutually-dependent tasks
with challenging communications requirements. 5G technology and RAN slicing make it …

The proliferation of private 5G campus networks into industrial domains has increased the
need for network solutions capable of simultaneously meeting a wide range of technical …

One of the current (6G) wireless networks research's trends is to investigate short distance
and dense scenarios, where users are locally connected in sub-networks. Such use case is …

Enforcing network slice isolation in 5G Radio Access Networks (RANs) can degrade a
network slicing solution's ability to efficiently support different types of traffic. In addition …

This position paper introduces a Dynamic Data Driven Open Radio Access Network System
(3D-O-RAN). The key objective of 3D-O-RAN is to support congested, contested and …

A multi-service light fidelity (LiFi) attocellular net-work should be resource engineered to
efficiently support fifth generation (5G) services on customized network slices. Mobile virtual …