Classical wireless cellular networks configure semi-static values of handover decision
parameters, which are usually been modified manually by the operator at a certain time …

The heterogeneous distribution of user's mobility and traffic profiles in mobile networks leads
to challenges handling localized network congestions and radio links failures (RLF). Mobility …

Handover Parameter Optimization (HPO) and Load Balancing (LB) are two Self-
Organization network (SON) aspects which aim at improving LTE system handover …

Heterogeneous network (HetNet) is considered as a prime way to solve the limits of system
capacity and broadband service coverage in traditional network. However, the deployments …

Handover parameter optimization is a self-optimizing network (SON) use case that promises
significant performance improvement of the radio network. The basic idea is to adapt the …

In mobile networks, maintaining the on-going call is critical while the user is still moving from
one evolved node B (eNB) to another eNB or one sector to another sector within the same …

This article introduces an enhanced version of previously developed self-optimizing
algorithm that controls the handover (HO) parameters of a long-term evolution base station …

Rapid demands for large capacity services and shortage spectrum resources have
motivated the deployment of small cells in LTE-A network. Small cells are low-cost, low …

LTE (Long Term Evolution) is a fourth generation cellular network technology that provides
improved performance related to data rate, coverage and capacity compared to legacy …

Abstract The 3rd Generation Partnership Project (3GPP) Long Term Evolution (LTE) defines
a wireless network standard for high packet transmission rate and low packet latency …