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AI for Good Innovate for Impact



                          Use Case - 10: AI-Powered Network Quality Prediction for Seamless

                      Online Event Planning
















                      Organization: AI4Africa

                      Country: Nigeria

                      Contact Person(s):

                      Emmanuel Aaron (aaronemmanuel054@ gmail .com, +234807200689), Dr. Houda Chihi
                      (houda.chihi@ supcom .tn), Blessed Guda (gudablessed@ gmail .com, ), Emmanuella Sule
                      (suleemmanuella0010@ gmail .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      Smart home/cities

                       Problem       In developing regions such as Africa, frequent and unpredictable network
                       Addressed     disruptions lead to missed opportunities for students, job seekers, and profes-
                                     sionals. Candidates end up losing online interviews from sudden connection
                                     losses, while students are disrupted during online examinations. Businesses
                                     and virtual conferences are also disrupted, leading to lost time and revenue.

                       Key Aspects  Federated Generative Neural Networks & LSTMs to predict optimal period of
                       of Solution   network functionality

                       Technology    Network Failure Prediction
                       Keywords

                       Data Avail- some other private data sources could be from collaboration with ISPs, there
                       ability       are also open source network simulation platforms such as, NS-3, Mini net,
                                     OMNET++, CORE, GNS3[1]

                       Metadata      Numerical data (ping tests, upload speed, download speed, Number of active
                       (Type of Data) devices in region), textual data (weather parameters e.t.c)

                       Model Train- For Predictive Modelling, the system will leverage Federated Graph Neural
                       ing     and Networks (FedGNN) alongside Long Short-Term Memory (LSTM) and Trans-
                       Fine-Tuning   former based models

                       Testbeds  or  Anmol Gupta, “Internet Speed,” Kaggle Datasets. Accessed June 19, 2025. [3]
                       Pilot Deploy-
                       ments






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