This article proposes a framework of handover decision in LTE networks under high-speed
mobility scenario, which is expected to support the subject's mobility at a speed of up to 500 …

In this paper we analyze the performance of a self optimizing algorithm for handover
parameter control which adjusts the settings depending on the oscillations experienced …

Network densification is regarded as the dominant driver for wireless evolution into the era
of 5G. However, in this context, interference‐limited dense small cell deployments are facing …

With fastWith fast growing traffic, high-density small cells (SC) deployment is envisioned in
5G network under the macrocell (MC) coverage area. This will improve the capacity and the …

This paper presents a new self-optimizing ping-pong handover (HOPP) control mechanism
for Long Term Evolution (LTE) networks. The proposed mechanism tunes the handover (HO) …

The 3GPP is defining the next generation radio access network which introduces advanced
self-optimization to reduce the operational efforts and complexity. It is also of interest to …

Femtocells enable LTE technology when deployed in large numbers. However, every
femtocell needs to self-optimize its control parameters in response to surrounding dynamic …

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 …

Reduction of the operational effort and cost is a key driver for RAN LTE (Long Term
Evolution or E-UTRAN). Self-configuring and self-optimizing mechanisms are introduced as …

Mobility Load Balancing (MLB) is one of the most important functions of Self-Organizing
Networks (SON) in Long Term Evolution (LTE). The conventional MLB schemes based on …