Fifth generation networks (5G) is not just another radio technology, its uptake opens the opportunities for Mobile Network Operators to drive a transformation of the mobile industry.
It is expected that the coming fifth generation (5G) wireless communication system will be capable of supporting a broad range of newly emerging applications on top of the regular cellular mobile b
The upcoming fifth generation (5G) wireless communication system is expected to support a broad range of newly emerging applications on top of the regular cellular mobile broadband services.
The 5G shared spectrum for mobile wireless above 24 GHz was authorized by the FCC.
5G imposes versatile requirements on radio and mobile core network. Such requirements can be supported by parallel so-called slices, each implementing a service-tailored network architecture.
One driver for 5G is the vision to support a multitude of service and device classes.
In order to control the components of a Smart Grid, a reliable telecommunication and information exchange system is necessary.
Purpose: The paper proposes a novel concept of deployment process dedicated to continuous development, integration, testing, and upgrading the software-defined AI/ML-based functionalities in 5G/5G+
The next generation of mobile communications, 5G, is currently being developed and expected to be commercially available by 2020.
Lecture given at Wroclaw University of Technology
