self-organizing networks

Artificial intelligence (AI) is a crucial sub-text in the evolution of LTE and IoT networks. The deployment of AI-driven applications among the carrier community is limited so far. “We are at the beginning,” says Luc Bretones, executive vice president of …

Tech leaders agree self-organizing network technology will be key to managing complexity of next generation 5G mobile networks “5G” technology is envisioned as a network of networks, blending different types of access technologies to create a seamless user experience marked …

Self-organizing network automation technology makes the planning, configuration, management, optimization and healing of mobile radio access networks simpler and faster. SON functionality and behavior has been defined and specified in generally accepted mobile industry recommendations produced by organizations such as …

Tech leaders agree self-organizing network technology will be key to managing complexity of next generation 5G mobile networks “5G” technology is envisioned as a network of networks, blending different types of access technologies to create a seamless user experience marked …

Self-organizing networks (SON) have interested the cellular industry for many years. Work in this area started in 2006 at 3GPP with initial studies on the general concepts and requirements. There was a clear impetus to study SON—networks were becoming larger …

Mobile network operators face multiple challenges in today’s hyperconnected world. These include enhancing the use of radio resources, simplifying network management and reducing total cost of ownership. To address these challenges, a self-optimizing network is one of the most valuable …

Software is becoming an increasingly important part of telecommunication networks and deployments as both wired and wireless carriers look to add functionality to operations while increasing simplicity and reducing costs. RCR Wireless News is keeping an eye on recent developments …