The rapid increase in wireless data applications has caused the traffic congestion problem
in local networks. Mobility Load Balancing (MLB) is an approach that timely and effectively …

In ultra-dense networks, an enormous number of small base stations (BSs) are required to
be deployed, and the number of handovers (HOs) in heterogeneous networks (HetNets) …

Mobility load balancing (MLB) in small cell networks transfers the load from an overloaded
small cell to under-loaded neighbouring small cells by adjusting the mobility parameters …

Due to the dense deployment of small cells, the number of mobile users served by each
access point is decreasing dramatically, which leads to an increasingly dynamic cell load …

To meet the further explosive capacity demand, network densification is a promising
technology. The load imbalance between cells in an ultra-dense heterogeneous network is …

Mobility Load Balancing (MLB) is an important use case of the self-organized networks
(SON), which can transfer the load from heavy-loaded cells to light-loaded cells through the …

To meet the further explosive capacity demand, network densification is a promising
technology. The load imbalance between cells in an ultra-dense heterogeneous network is …

With an ever-increasing number of user equipment (UEs) and rising bandwidth demands of
new applications, deployment dense heterogeneous cellular networks have been embraced …

Deployment of small cells was introduced to support high data rate services and expand
macro cell coverage for the envisioned 5G networks. A small cell network, which has a …

In this study, we focus on the cell individual offset (CIO) parameter in the handover process,
which represents the willingness of a cell to admit the incoming handovers. However, it is …