Unlicensed cellular networks are being deployed worldwide by cellular operators to meet
the rising data demands. However, the unlicensed band has existing incumbents such as Wi …

We propose a mechanism for unlicensed LTE channel selection that not only takes into
account interference to and from Wi-Fi access points but also considers other LTE operators …

Unlicensed LTE-WiFi coexistence networks are undergoing consistent densification to meet
the rising mobile data demands. With the increase in coexistence network complexity, it is …

To meet the rising data-offloading demands, IEEE 802.11-based WiFi networks have
undergone consistent densification. The unlicensed spectrum has also been harnessed …

Cellular operators deploy 4G License Assisted Access (LAA) and 5G NR-U base stations in
the unlicensed spectrum to enhance overall network capacity. This work highlights a unique …

In order to meet the exponential rise in mobile data demand, it is proposed to supplement
existing licensed bandwidth with the unlicensed spectrum, where a part of cellular data …

Over the last years, the ever-growing wireless traffic has pushed the mobile community to
investigate solutions that can assist in more efficient management of the wireless spectrum …

In the past few years, machine learning (ML) techniques have been extensively applied to
provide efficient solutions to complex wireless network problems. As such, Convolutional …

Demands for high-speed wireless data services grow rapidly. It is a big challenge to
increasing the network capacity operating on licensed spectrum resources. Unlicensed …

Due to the scarcity of licensed spectrum, Long-Term Evolution (LTE) operation in unlicensed
spectrum is a promising solution to provide high data rate and to reduce the load on …