Project overview · Project year 2023
Traffic Prediction with Temporal GNNs
Sensor-graph forecasting model for highway traffic prediction several hours ahead.
My role: Member of a four-person course project team
Outcome
Built an open-source spatiotemporal GNN implementation and technical report as part of a four-person team.
Forecasting with connected sensors
This 2023 Machine Learning with Graphs course project explored traffic prediction with a spatiotemporal graph neural network. The problem combines the temporal history of a sensor with relationships between sensors, rather than treating each time series as completely independent.
I contributed as one of four authors, alongside Marko Ivanovski, David Ocepek, and Matej Miočic. The public repository contains the implementation and technical report. It supports the team attribution; it does not establish an exclusive component-level division of work, so I do not claim sole ownership of the model or evaluation.
Inspecting the work
The source and report are the evidence for the experimental setup and comparisons. This portfolio records a delivered research implementation, without promoting an unverified benchmark win or real-world traffic-management deployment. Reproducing the reported experiments requires the dataset, preprocessing, and environment described in the project.
Technology focus
- Temporal GNN
- Time Series
- Spatial Data
Evidence and further reading
Evidence reviewed . Project year is separate from this review date.
- Read the traffic-prediction repository and report (opens in new tab)
README identifies the 2023 course and four authors; reviewed 6 September 2026.