In this study, an energy-efficient self-organized framework for sub-channel allocation and
power allocation is presented for ultra-dense small cell networks, which can operate in both …

In this paper, we investigate the dynamic subchannel and power allocation in
licensed/unlicensed spectrum sharing heterogeneous small cell networks with incomplete …

In licensed assisted access (LAA) based small cell networks (SCNs), the small base station
(SBS) can reuse the uplink licensed bands with the macro cell while sharing the unlicensed …

In this paper, we present a method for resource allocation for small cells that integrate
licensed and unlicensed RF operations motivated by the widespread WiFi hotspots and the …

Small cell deployment in heterogeneous networks, whereby small cell base stations (SBS)
are deployed alongside traditional macro-cell base stations, is a proven solution for …

This paper focuses on resource allocation in heterogeneous Ultra Dense small-cell
Networks (UDNs), in which massive overlaid small cells are under the coverage of a macro …

WiFi interfaces have been recently incorporated in most cellular user equipments (UEs). In
current practice, the UE selects either the licensed band for cellular technologies or the …

The explosive growth of mobile data traffic and the scarcity of available licensed spectrum
make resource allocation in heterogeneous networks a critical issue. A distributed resource …

As two major players in terrestrial wireless communications, Wi-Fi systems and cellular
networks have different origins and have largely evolved separately. Motivated by the …

With the explosive growth of wireless data traffic, a new multi‐mode small cell has been
studied for offloading part of traffic load to unlicensed band in order to alleviate burden in …