Origin-Destination Demand Prediction Using Urban Radiation and Attraction
A research paper on arXiv proposes a new approach for origin-destination (OD) demand prediction by integrating physical radiation and attraction capacities with deep learning. Existing data-driven methods focus on spatial or temporal dependencies but neglect functional differences between regions, while knowledge-driven physical methods define capacities based on numerical factors like population, ignoring nominal attributes such as whether a region is residential or industrial. The paper also addresses the dynamic transformation of radiation and attraction capacities over time, e.g., a residential district's radiation in the morning becomes attraction in the evening. The study generalizes physical radiation and attraction models to improve prediction accuracy.
Key facts
- Paper is on arXiv with ID 2412.00167
- Focuses on origin-destination demand prediction
- Combines data-driven deep learning and knowledge-driven physical methods
- Addresses functional differences between regions
- Considers nominal attributes like residential or industrial districts
- Models dynamic transformation of radiation and attraction capacities
- Generalizes physical radiation and attraction models
Entities
Institutions
- arXiv