Bridge: AI Framework for Urban Delivery Demand Forecasting
A new framework named Bridge has been developed by researchers to predict urban delivery demand, especially in cold-start areas where historical data is absent. This retrieval-augmented spatiotemporal graph framework integrates an inductive contextual graph backbone with a memory component that is sensitive to time across region-time windows. Bridge leverages regional context and recent trends to extract future demand patterns from memory for each target area, enhancing the backbone forecast via a gated fusion mechanism. This innovative method overcomes the challenges faced by current spatiotemporal forecasters, which often fail to capture short-term operational dynamics in unfamiliar service zones. The findings are published in arXiv preprint 2605.19172.
Key facts
- Bridge is a retrieval-augmented spatiotemporal graph framework.
- It forecasts urban delivery demand in cold-start regions.
- Combines inductive contextual graph backbone with time-aware memory.
- Retrieves future demand patterns using regional context and recent dynamics.
- Refines forecasts through gated fusion mechanism.
- Addresses limitations of parametric models in new service areas.
- Published on arXiv with ID 2605.19172.
- Announce type: cross.
Entities
Institutions
- arXiv