Page 818 - AI for Good Innovate for Impact
P. 818

AI for Good Innovate for Impact



                          Use Case 7: AI-Driven 6G-Enabled V2X Communications for Smart

                      and Sustainable Mobility





















                      Country: Nigeria

                      Organization: AI4Africa Research Group

                      Contact Person(s): `

                      Emmanuel Aaron (aaronemmanuel054@ gmail .com, +2348077200689), Dr. Houda Chihi
                      (houda.chihi@ supcom .tn),  Blessed Guda (gudablessed@ gmail .com),  Emmanuella Sule
                      (suleemmanuella@ yahoo .com), Chidi Ebube (chidizack24@ gmail .com), Emmanuel Ani (ani.
                      mlengineer@ outlook .com), Okafor Miracle Uche (okaformiracle212@ gmail .com)

                      1      Use Case Summary Table


                       Item                     Details
                       Category                 Intelligent transport, v2x, AI

                       Problem Addressed        Network interference and mobility, resource allocation among
                                                vehicular nodes

                       Key Aspects of Solution  Integer Linear Programming (ILP) is employed for network resource
                                                allocation in environments with fixed conditions, while Deep
                                                Reinforcement Learning (DRL) is utilized for adaptive resource
                                                allocation in vehicular networks with varying mobility patterns [1].
                       Technology Keywords      Autonomous Vehicles, V2X, network resource allocation, vehicular
                                                mobility.
                       Data Availability        Data Generation is extracted using public access for  Open Street
                                                Map[2]  for DRL training.
                       Metadata (Type of Data)  Matrices (for the network states), numeric data from RSU logs for
                                                latency, load, or network fluctuation, LiDAR or sensor readings
                                                from vehicles.

                       Model    Training   and Combining Integer Linear Programming and Deep Reinforcement
                       Fine-Tuning              Learning (Proximal Policy Optimization).

                       Testbeds or Pilot Deploy- No Deployments at the moment, but the intended toolkits include
                       ments                    the Sumo-Gym toolkit[3].





                  782
   813   814   815   816   817   818   819   820   821   822   823