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Mobile Edge Computing for 5G DROne Systems
Funded by: Service des médias, de la connectivité (SMC)
973,079.3 €
Project Objective:
Define use cases and network requirements for 5G drone applications
Demonstrate the feasibility of URRLC for drone applications in 5G systems
Demonstrate storage/processing offloading in MEC-enabled 5G systems
Demonstrate beyond LoS Drone control – 5G-assisted Dynamic Geofencing and Guidance
Facilitate existing network operators to implement their strategy in terms of 5G RAN planning and deployment.
My Role
Conducting outdoor campaigns using COTS tools ( Qualipoc Android ) to measure the throughput and latency of 4G and 5G links from commercial gNB
In-lab measurement of end-to-end latency between 4G (15 KHz SCS) and 5G (30 KHz SCS) using OpenAirInterface5G.
Setting up OAI-based SDR gNB and drone-mounted SDR UE
Key Terms
UAV Geofencing (MEC for UAV control)
BVLoS Control of UAV
5G Satellite Backhauling
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