Explaining SENE: Manifold Learning for Distracted Driving Analysis
Published:
My first research paper, published in Engineering Applications of Artificial Intelligence (2023), proposed SENE — a novel manifold learning technique for analyzing distracted driving.
We developed a method that learns spatio-temporal embeddings from driver behavior and road data, enabling interpretable risk mapping across urban areas.
Key takeaways:
- Combined spatio-temporal and praxeological features for the first time.
- Reduced high-dimensional driving data into meaningful manifolds.
- Achieved 91% accuracy in predicting distraction-related risk.
Link to the paper: DOI Youtube video : Video (coming soon)
Why it matters
Distracted driving is one of the top causes of accidents. SENE helps policymakers and insurance companies identify high-risk regions and understand why certain driving behaviors lead to accidents — not just that they do.

Figure: Difference between the classical lexical retrieval and the influence based retrieval for large language models
Figure: Binary grading makes “guess when unsure” optimal → higher hallucinations.