Videos

[5G-VICTORI] Smart Factories: Use Case Analysis & Demos

The Smart Factories use case of 5G-VICTORI aims to demonstrate how smart sensors and 5G technology can enhance legacy industrial infrastructures by enabling different novel services on top of them. ...The services offered in 5G-VICTORI Patras testbed aim at demonstrating critical infrastructure real-time monitoring, predictive maintenance and CCTV – optical inspection related services, under the umbrella of a unified 5G-enabled solution compliant with Industry 4.0 standards.[+] Show More

[5G-VICTORI] Smart Factories: Use Case Analysis & Demos

The Smart Factories use case of 5G-VICTORI aims to demonstrate how ...

[5G-VICTORI] CDN aided-data shower application for uninterrupted video content streaming in railways

The demo showcases the multi-level CDN aided-data shower mechanism ...

[5G-VICTORI] 5G-VIOS Operations

5G-VICTORI Infrastructure Operation System (5G-VIOS) is a platform for ...

Digital Mobility UC MATI App2:Inter-cluster demo of a 360 live-video streaming (UNIVBRIS - Grenoble)

Mativision’s inter-cluster proposed application (Digital Mobility UC, ...

Field Trial: Content Delivery Network (CDN) enabled by mmWace connectivity in a railway environment

This video gives an overview of the Use Case #3, its capabilities and ...

[5G-VICTORI] Media streaming services enabled in trains - Concept and Lab test

Since the world has become digital and with the multiplication of ...

5G-VICTORI Data Shower Application for Uninterrupted Video Streaming using Multi-Level vCDN Solution

The Media Use Case of the 5G-VICTORI project is being represented by ...

5G Network E2E slice deployment using 5G open RAN and Core software components (OpenAirInterface)

In the demo the 5G-VICTORI FR/RO cluster is deploying a 5G network ...

In the demo the 5G-VICTORI FR/RO cluster is deploying a 5G network infrastructure within a fully virtualized environment, K8s based, onboarding the 3GPP NSA Option 3x Radio and Core software ...components, installed through Kube5G.

The configuration is based on the OAI 4G/5G RAN and vEPC OAI Core software, N310 radio for 4G acting as eNodeB and 5G as gNodeb and the deployed servers for the virtualized infrastructure. The E2E Architecture also is comprising the O-RAN-compliant flexible RAN intelligent controller allowing to perform slicing in the RAN domain, as the requested bandwidth is released and the required radio resources are allocated to the slice ensuring the required QoS. The demo has been performed for UC #1.2, the infotainment/video services in dense, static and mobile environment. Within the scope of creation of the network slices, the slice 1 is configured to provide Internet connectivity, offering up to 20 Mbps, uplink and downlink traffic, low traffic prioritization. The second slice is intended to act as a URLLC slice, offering 10Mbps, uplink traffic prioritization, the prioritized slice intending to be configured in a second phase. The demo is highlighting also several key innovations, as 5G services and slicing deployment for 5G RAN and Core (OAI) in containerized environment (5G NSA), common 5G core implementation. Also, it has been achieved the 5G service provisioning to the users, service slice creation and UEs association to proper slice and 5G RAN traffic prioritization through Open RAN intelligent controller, that could be triggered by event. Several KPIs have been demonstrated as the 5G network deployment and instantiation, 5G service slices creation and UEs association to the proper slices, service slice performance (Bandwidth/Latency) and traffic prioritization.

The demo has been also achieved the capture of a proper 5G network infrastructure in terms of requirements and extension to support the use cases, dimensioning of the network, the OAI modules deployment and 5G services validation, on top of the 5G infrastructure integration for 5G NSA, within the Kubernetes cluster. During the demo it has been used the yaml configuration files mainly for RAN and Core automatic instantiation and configuration and service provisioning IMSI-based to the UEs. The E2E deployment is done in terms of Time to Market in less than 2 minutes, highlighting the service configuration time and the proper slice selection at UE level, performing a service test of the provisioned network slice to the Internet, as an eMBB service.[+] Show More

[5G-VICTORI] P4 based handover management for session continuity in a heterogeneous environment

In this demo, we use a P4-based software switch in order to preserve ...

[5G-VICTORI] Passenger Safety

[5G-VICTORI] The next level in multi-modal transport

Urban Hawk presents the Polaron World Engine, their high-performance ...

[5G-VICTORI] Rail Critical Services