This paper presents an enhanced version of a self-optimizing algorithm that tunes the
handover (HO) parameters of a LTE (Long-Term Evolution) base station in order to diminish …

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 …

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 …

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

A large number of cells will be deployed to provide high speed services in any places using
the Long-Term Evolution (LTE) system. The management of such a large number of cells …

Automatic configuration and optimization of networks is a key concept in Long Term
Evolution (LTE) systems. Handover (HO) performances are differentiator indicators among …

Two main parameters influence the performance of Handover (HO) in Cellular systems, the
Hysteresis (Hys) and the Time-To-Trigger (TTT). In Self-Organized Networks (SON) as has …

In this paper we present simulation results of a self-optimizing network in a long-term-
evolution (LTE) mobile communication system that uses two optimizing algorithms at the …

In this paper we propose a new horizontal handover oscillation control algorithm for Long
Term Evolution (LTE) Self-Optimizing based Networks (SON). Based on a pre-established …

Abstract The 3GPP Long Term Evolution (LTE) is defining the next generation radio access
network which introduces advanced service capabilities in base stations. Consequently, self …