The future of cellular networks is contingent on artificial intelligence (AI) based automation,
particularly for radio access network (RAN) operation, optimization, and troubleshooting. To …

With the rapid growth of data traffic and mobile devices, it is imperative to provide reliable
and stable services during mobility. Heterogeneous Networks (HetNets) and dense …

The energy consumption of the fifth generation (5G) of cellular technology is concerning for
the mobile industry and the entire society. To minimize the environmental footprint and …

This paper presents and evaluates a simple but effective approach for substantially reducing
inter-frequency handover (HO) failure rate. We build a machine learning model to forecast …

Wireless connectivity delay, disruption, or failure can significantly affect the performance of
wireless-enabled medical devices, which in turn causes potential risks to the patient …

Fifth-generation (5G) networks consist of relatively smaller cells compared to legacy
networks. Therefore, a user will take a shorter time toward the cell edge. This exposes the …

The fifth generation of cellular network (5G) can facilitate in-ambulance patient monitoring,
diagnosis, and treatment by a remote specialist. However, 5G coverage and link quality can …

In emerging 5G networks, User Equipment camps traditionally on 4G network. Later, if the
user requests a 5G service, it can simultaneously camp on 4G and 5G using EUTRAN New …

Due to the growth of densification and multi-band services in emerging cellular networks, the
next generation NodeB will confront with a plethora of handover-related Configuration and …

The trend towards denser base station deployment and multi-band operations in emerging
cellular networks has made mobility management and handover (HO) optimization a …