Self-Organizing Networks (SON) architecture comprises various components and functions. They work together to automate and optimize network operations. Here is an overview of SON architecture and its primary components: Role: Provides overall management of network resources, configuration, and maintenance.
What does it even mean? And why do we even bother? The term self-organizing networks (SON) applies to radio access network (RAN) technologies of all generations (2G, 3G, 4G, 5G, and beyond), popularly considered as the mobile network.
Author to whom correspondence should be addressed. We describe self-organizing network (SON) concepts and architectures and their potential to play a central role in 5G deployment and next-generation networks. Our focus is on the basic SON use case applied to radio access networks (RAN), which is self-optimization.
The abstraction of self-organizing network has been introduced in the 3GPP standard (3GPP TS 32.521). Since deployment of the SBSs is less planned compared to the MBSs deployment, self-organizing network-based algorithm is being harnessed to provide distributed control for the mobile networks.
A typical illustration of a private network deployment and the indoor and outdoor cells that will be deployed is shown along with the overlapping regions and the need for orthogonal frequency
By leveraging AI-driven analytics, real-time optimization, and predictive maintenance, SON enables networks to self-configure, self-optimize, and self-heal, ensuring higher efficiency,
In this article we explain the idea behind self-organizing networks (SONs), what they are, where they are applicable and how organizations can benefit from them.
By leveraging AI-driven analytics, real-time optimization, and predictive maintenance, SON enables networks to self-configure, self-optimize, and
Discover the benefits driving widespread adoption of self-organizing networks, from automation and cost efficiencies to enhanced scalability and reliability.
SON enables plug-and-play functionality to allow network elements to configure themselves automatically. It also optimizes network performance in near real-time without
We describe self-organizing network (SON) concepts and architectures and their potential to play a central role in 5G deployment and next-generation networks. Our focus is
SON enables plug-and-play functionality to allow network elements to configure themselves automatically. It also optimizes network
This chapter proposes a self-organizing network architecture in which each node, network, layer, and network system is self-organized through intra and interlayer mutual interactions.
With Self-Organizing Networks, it is not just making the network capable of managing resources, but rather making the network learn and adapt itself with respect to the dynamic environment.
This paper outlines the concepts and challenges of SON in LTE, with a focus on practical aspects like configuration, optimization, and self-healing in real-world deployments.
In this article we explain the idea behind self-organizing networks (SONs), what they are, where they are applicable and how
Abstract: Self-organizing network (SON) is essentially automation in wireless network. It is a key element of next generation radio access networks. It capitalizes on self-X functions such as
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