Wimi Hologram Cloud introduces AI-based network slicing management system

Due to its scalability, Wimi says several companies have started to use network function virtualization, eliminating the need to purchase additional hardware. This technology uses virtual machines that run networking software, routing functions and load-balancing processes using a hypervisor.

The developed system uses NFV to create various virtual networks on the same network infrastructure to handle the requirements of mobile services. Additionally, the system incorporates an AI-based network-slicing management component that operates at different stages.

The 5G RAN slicing concept involves using software to allocate and prioritize radio resources for different service-level agreements. These resources are categorized into air interface, protocol stack and base station equipment. The different categories can be further subdivided into various slices based on specific features, such as high bandwidth, multiple access and low latency.

After defining the slices, the system calculates how much resource each slice needs and comes up with a scheduling plan. The slice scheduler then assigns resources to each slice based on its requirements. The technique of RAN slicing divides mobile network resources into smaller units to optimize resource allocation and utilization.

The Wimi network slicing management system can customize network slicing on-demand and deploy it automatically. The on-demand customization feature lets users adjust network conditions to meet specific requirements.

The system’s monitoring feature enables the operator to observe the real-time performance of network slices and collaborate with other stakeholders.

According to the company, network-slicing technology ensures service quality, especially in applications like smart grids, smart manufacturing, industrial automation and augmented reality.

Article Topics

5G  |  network management  |  network slicing  |  RAN  |  Wimi Hologram Cloud  |  wireless