Self-organizing Networks is a key driver for improving automated management in 4G and 5G
networks. It reduces installation and management cost through simplifying operation task by …

Self-organizing networks (SON) for cellular systems is a key technology to reduce the cost of
network deployment and maintenances. Mobility load balancing (MLB) is one of most …

Self-organizing network (SON) is a well-known term used to describe an autonomous
cellular network. SON functionalities aim at improving network operational tasks through the …

A major challenge for the future wireless network is to design the self-organizing
architecture. The reactive self-organizing model of traditional networks needs to be …

Abstract Self-Organizing Networks (SON) is a collection of functions for automatic
configuration, optimization, and healing of networks and mobility optimization is one of the …

In the self-organizing networks, mobility load balancing (MLB) and mobility robustness
optimization are two significant functions. There is a close relationship between them, as …

The available 5G network is going to have various industrial applications. Mobile
communication operators will be able more effectively to utilize their spectral assets, provide …

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 …

Owing to increase in desired user throughput and to the subsequent increase in network
traffic, the number and density of cells in cellular networks have increased, especially …

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 …