Spatial process-based transfer learning for prediction problems

doi:10.1007/s10109-024-00455-y

Spatial process-based transfer learning for prediction problems

2025-01-31

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DOI：10.1007/s10109-024-00455-y

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Although spatial prediction is a versatile tool for urban and environmental monitoring, the predictive accuracy is often unsatisfactory when limited samples are available from the study area. The present study was conducted to improve the accuracy in such cases through transfer learning, which uses larger datasets from external areas. Specifically, we proposed the SpTrans method, which pre-trains map patterns for each area using spatial process models. These patterns are then used in transfer learning to distinguish between unique patterns in the study area and common patterns across areas. The performance of the proposed SpTrans method was examined using land price prediction, with empirical results suggesting that the model achieves higher prediction accuracy than conventional learning, which does not explicitly consider local spatial dependence.

Keywords:

Spatial prediction

Transfer learning

Crime

Spatial process

Gradient boosting

C21

C53

C69

Spatial process-based transfer learning for prediction problems

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