Regressing Location on Text for Probabilistic Geocoding



Text data are an important source of detailed information about social and political events. Automated systems parse large volumes of text data to infer or extract structured information that describes actors, actions, dates, times, and locations. One of these sub-tasks is geocoding: predicting the geographic coordinates associated with events or locations described by a given text. We present an end-to-end probabilistic model for geocoding text data. Additionally, we collect a novel data set for evaluating the performance of geocoding systems. We compare the model-based solution, called ELECTRo-map, to the current state-of-the-art open source system for geocoding texts for event data. Finally, we discuss the benefits of end-to-end model-based geocoding, including principled uncertainty estimation and the ability of these models to leverage contextual information.

Cite this Paper (BibTeX)
@article{radford:20210620,
    author={Benjamin J. Radford},
    title={Regressing Location on Text for Probabilistic Geocoding},
    journal={Proceedings of the CASE 2021, co-located with ACL-IJCNLP 2021},
    year={2021},
    volume={},
    number={},
    pages={},
    DOI={}}