LTE-A networks consists of numerous networking technologies and do not possess a central
controlling system. In general, users can navigate freely within a network without losing the …

The increasing demand for wireless networks calls for the use of heterogeneous networks in
order to fulfil user requirements. Mobility management is considered one of the important …

In this work, Q-learning technique on level of optimization is used to improve the
performance of handover parameters such as handover margin (HOM) and time to trigger …

In High-speed and seamless access is the goal of next-generation mobile communication
systems, especially for VoIP and multimedia services. The supported mobile speeds are …

Small cells are deployed in the long-term evolution—advanced (LTE-A) data standard to
satisfy rapidly increasing data rates at hotspots and enhance coverage in buildings. Small …

The 3GPP LTE system has been premeditated to offer extensively higher data rates, higher
system throughput, and lower latency for delay critical services. This enhanced performance …

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 …

Self-Organizing Network (SON) mechanism comprises of three components of self-
configuration, self-optimization and self-healing which can contribute to optimize the …

The objective of mobility load balancing (MLB) is to intelligently spread user traffic load out
on a network in order to avoid degradation of end-user experience and performance due to …

Self-Organizing Network (SON) mechanism comprises of three components of self-
configuration, self-optimization and self-healing which can contribute to optimize the …