(1) Proof of Concept

The use case describes a small-scale factory production line that was created and programmed to perform a sequence that simulates a factory operation which requires the coordination of multiple devices to perform a task.

The use case contributes to the efficiency of FoF operations through research and development on a Network App which provides industrial 5G connectivity for those IoT and M2M devices, assuring them required QoS with the help of integrated SLA/SLS monitoring capabilities as part of the Network App.

The use case employs computer vision software to detect whether or not Personal Protective Equipment (PPE) such as safety helmets and safety glasses are worn by employees and provides a near real-time warning signal directly to the control room safety officer when any element of PPE equipment is not detected.

The smart irrigation use case reflects the deployment within the fields of a large number of sensors that can measure several parameters of interest, such as the Vapour Pressure Deficit (VPD) or Frequency Domain Reflectometry (FDR), which can be used to monitor the status of the terrain.

Measure the location of the 5G User Equipment at 1centimeter accuracy for Industrial, Vehicular, Healthcare Use cases.

Measure the location of the 5G User Equipment at 1centimeter accuracy for Industrial, Vehicular, Healthcare Use cases.

Capturing and producing a live event for subsequent cultural and creative content use involves many wireless audio devices.

The use case refers to the handling of general cargo freights by means of AGVs in a seaport terminal.

Localisation and network management for education: Virtual Reality (VR) and Augmented Reality (AR), which have stringent location accuracy and latency requirements

Detect changes in the status of these paths that can possibly be caused by an incident, such as an accident or traffic jam which in turn will require an action by the system operator