Modélisations par réseaux d'automates cellulaires et simulations parallèles du phénomène de subduction-érosion en tectonique des plaques. - Thomas Leduc (1999)

Sensitivity of Spatial Indicators for Urban Terrain Characterization. - Nathalie Long; Erwan Bocher; Thomas Leduc; Guillaume Moreau (IGARSS (3), 2008)

Towards a Spatial Semantics to Analyze the Visual Dynamics of the Pedestrian Mobility in the Urban Fabric. - Thomas Leduc; Francis Miguet; Vincent Tourre; Philippe Woloszyn (AGILE Conf., 2010)

Towards a "typification" of the Pedestrian Surrounding Space: Analysis of the Isovist Using Digital processing Method. - Thomas Leduc; Francoise Chaillou; Thomas Ouard (AGILE Conf., 2011)

Measuring Surrounding Space to Assess the Pedestrian Visual Aperture Angle in the Urban Fabric: Toward a Kurtosis-Based Isovist Indicator. - Thomas Leduc; Vincent Tourre; Philippe Woloszyn; Francis Miguet (IF&GIS, 2011)

Towards Urban Fabrics Characterization Based on Buildings Footprints. - Rachid Hamaina; Thomas Leduc; Guillaume Moreau (AGILE Conf., 2012)

A New Method to Characterize Density Adapted to a Coarse City Model. - Rachid Hamaina; Thomas Leduc; Guillaume Moreau (IF&GIS, 2013)

Usage de la morphométrie dans la révélation des préférences de mobilité. Application aux cheminements piétons. - Arnaud Piombini; Thomas Leduc; Philippe Woloszyn (Rev. Int. Géomatique, 2014)

Étude comparée de quatre indicateurs qualifiant le champ visuel d'un piéton en milieu urbain. - Thomas Leduc; Guillaume Chauvat (Rev. Int. Géomatique, 2015)

Minimum-area ellipse bounding an isovist: towards a 2D GIS-based efficient implementation. - Thomas Leduc; Michel Leduc (Int. J. Geogr. Inf. Sci., 2021)

Evaluation of Urban Perception Using Only Image Segmentation Features. - Xinyi Li; Benjamin Beaucamp; Vincent Tourre; Thomas Leduc; Myriam Servières (GISTAM, 2023)

Evaluation of the Human Body Mask Effects on GNSS Wearable Devices for Outdoor Pedestrian Navigation Using Fisheye Sky Views. - Ni Zhu; Athanase Bouronopoulos; Thomas Leduc; Myriam Servières; Valérie Renaudin (PLANS, 2023)

A model-based approach to addressing energy demand in sustainable urban systems. - Abdoulaye Gamatié; Thomas Leduc; Daniel Siret; Gilles Sassatelli; Michel Robert (Sustain. Comput. Informatics Syst., 2023)

Revitalizing Walkability Scores: A New Assessment Based on Accessibility. - Julien Bracquart; Thomas Leduc; Vincent Tourre; Myriam Servières (GISTAM, 2024)

What Will Virtual Reality Bring to the Qualification of Visual Walkability in Cities? - Chongan Wang; Vincent Tourre; Thomas Leduc; Myriam Servières (GISTAM, 2024)

Visual complexity of urban streetscapes: human vs computer vision. - Pietro Florio; Thomas Leduc; Yannick Sutter; Roland Brémond (Mach. Vis. Appl., 2024)

Comparison of GNSS LOS/NLOS Labeling Techniques Based on a 3D model and Sky View Imagery for Soft Mobility and Vehicle Data in Urban Areas. - Benjamin Beaucamp; Thomas Leduc; Myriam Servières; Ni Zhu (PLANS, 2025)

Efficient matrix algebra encoding for urban solar irradiation simulation: fine-grid ground-level estimation with vector data. - Ziang Cui; Thomas Leduc (Int. J. Geogr. Inf. Sci., 2025)