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MΔJΞSTiC
Technology Group

Research

GeoAI, cross-city transfer learning and responsible model generalization.

Doctoral research focused on when, how and under which limits predictive models trained in one geographic region can transfer to another with different data distributions and urban structure.

Researcher

Martín Heriberto Pérez Gómez

PhD researcher in Computer Science · CIC-IPN · Mexico

The current research program studies the transferability of spatio-temporal predictive models across heterogeneous cities, with emphasis on crime data, geospatial representation, distribution shift and reproducible validation.

The central question is not whether a model can be moved from one city to another, but what knowledge can transfer, when negative transfer appears, and which conditions support responsible generalization.

Current comparative work links Mexico City, Chicago and London and combines machine learning, GIS, temporal modeling, data harmonization and controlled cross-region evaluation.

Research trajectory

From safe routing to geographic transfer learning

MSc · CIC-IPN

Safe route generation

Research on safe route generation through analysis of crime data on mobile devices.

PhD · CIC-IPN

Geographic transferability

Spatio-temporal prediction, cross-city transfer, distribution shift and limits of generalization across heterogeneous urban contexts.

International research stay

BISITE · University of Salamanca

Doctoral research stay focused on strengthening methodological evaluation and international collaboration.

Scientific output

Accepted work

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Accepted · Ready for Production

Transfer Learning Across Cities for Spatio-Temporal Crime Prediction: A Comparative Evaluation in Mexico City, Chicago, and London

Martin Heriberto Pérez Gómez · José Giovanni Guzmán Lugo · Miguel Jesús Torres Ruiz

Research and Innovation Forum 2026 Vol. 1 · Springer proceedings

The definitive citation and DOI will be linked when official Springer metadata becomes public.

Public research activity

Talks, conferences and interviews

Research evidence designed to remain independently verifiable.

ORCID, institutional records, event evidence and future DOI metadata converge on one researcher identity.