Integral Operators for Computing Homology Generators at Any Dimension. - Rocío González-Díaz; María José Jiménez 001; Belén Medrano; Helena Molina-Abril; Pedro Real 001 (CIARP, 2008)

Advanced Homology Computation of Digital Volumes Via Cell Complexes. - Helena Molina-Abril; Pedro Real 001 (SSPR/SPR, 2008)

Homological Tree-Based Strategies for Image Analysis. - Pedro Real 001; Helena Molina-Abril; Walter G. Kropatsch (CAIP, 2009)

Homological Computation Using Spanning Trees. - Helena Molina-Abril; Pedro Real 001 (CIARP, 2009)

Decomposing Cavities in Digital Volumes into Products of Cycles. - Ainhoa Berciano; Helena Molina-Abril; Ana Pacheco; Pawel Pilarczyk; Pedro Real 001 (DGCI, 2009)

Cell AT-Models for Digital Volumes. - Pedro Real 001; Helena Molina-Abril (GbRPR, 2009)

A bio-inspired software for segmenting digital images. - Daniel Díaz-Pernil; Helena Molina-Abril; Pedro Real 001; Miguel Angel Gutiérrez-Naranjo (BIC-TA, 2010)

A Homological-Based Description of Subdivided nD Objects. - Helena Molina-Abril; Pedro Real 001 (CAIP (1), 2011)

Triangle Mesh Compression and Homological Spanning Forests. - Javier Carnero; Helena Molina-Abril; Pedro Real 001 (CTIC, 2012)

Searching high order invariants in computer imagery. - Ainhoa Berciano; Helena Molina-Abril; Pedro Real 001 (Appl. Algebra Eng. Commun. Comput., 2012)

Homological spanning forest framework for 2D image analysis. - Helena Molina-Abril; Pedro Real 001 (Ann. Math. Artif. Intell., 2012)

Designing a new software tool for Digital Imagery based on P systems. - Daniel Díaz-Pernil; Miguel Angel Gutiérrez-Naranjo; Helena Molina-Abril; Pedro Real 001 (Nat. Comput., 2012)

Homological optimality in Discrete Morse Theory through chain homotopies. - Helena Molina-Abril; Pedro Real 001 (Pattern Recognit. Lett., 2012)

Topo-Geometric Filtration Scheme for Geometric Active Contours and Level Sets: Application to Cerebrovascular Segmentation. - Helena Molina-Abril; Alejandro F. Frangi (MICCAI (1), 2014)

Multi-stage Biomarker Models for Progression Estimation in Alzheimer's Disease. - Alexander Schmidt-Richberg; Ricardo Guerrero; Christian Ledig; Helena Molina-Abril; Alejandro F. Frangi; Daniel Rueckert (IPMI, 2015)

Searching combinatorial optimality using graph-based homology information. - Pedro Real 001; Helena Molina-Abril; Aldo Gonzalez-Lorenzo; Alexandra Bac; Jean-Luc Mari (Appl. Algebra Eng. Commun. Comput., 2015)

Connectivity calculus of fractal polyhedrons. - Helena Molina-Abril; Pedro Real 001; Akira Nakamura; Reinhard Klette (Pattern Recognit., 2015)

Special issue on GeToHa. - Pedro Real 001; Darian M. Onchis; Helena Molina-Abril; Mihail Gaianu (Pattern Recognit. Lett., 2016)

Homological Region Adjacency Tree for a 3D Binary Digital Image via HSF Model. - Pedro Real 001; Helena Molina-Abril; Fernando Díaz-del-Río; Sergio Blanco-Trejo (CAIP (1), 2019)

Topological Homogeneity for Electron Microscopy Images. - Helena Molina-Abril; Fernando Díaz del Río; Maria De La Paz Guerrero-Lebrero; Pedro Real 001; Guillermo Bárcena-Gonzalez; Veronica Braza; Elisa Guerrero Vázquez; David González; Pedro L. Galindo (CTIC, 2019)

Generating Second Order (Co)homological Information within AT-Model Context. - Pedro Real 001; Helena Molina-Abril; Fernando Díaz-del-Río; Darian M. Onchis (CTIC, 2019)

Computing the Component-Labeling and the Adjacency Tree of a Binary Digital Image in Near Logarithmic-Time. - Fernando Díaz del Río; Helena Molina-Abril; Pedro Real 001 (CTIC, 2019)

Enhanced Parallel Generation of Tree Structures for the Recognition of 3D Images. - Pedro Real 001; Helena Molina-Abril; Fernando Díaz-del-Río; Sergio Blanco-Trejo; Darian M. Onchis (MCPR, 2019)

Editorial of the special issue TIAR: Topological image analysis and recognition. - Hepzibah A. Christinal; Fernando Díaz-del-Río; Rebeca Marfil; Helena Molina-Abril; Darian Onchis-Moaca; Pedro Real 001 (Pattern Recognit. Lett., 2020)

Generating (co)homological information using boundary scale. - Helena Molina-Abril; Pedro Real 001; Fernando Díaz-del-Río (Pattern Recognit. Lett., 2020)

Parallel connected-Component-Labeling based on homotopy trees. - Fernando Díaz-del-Río; Pablo Sánchez-Cuevas; Helena Molina-Abril; Pedro Real 001 (Pattern Recognit. Lett., 2020)

Building Hierarchical Tree Representations Using Homological-Based Tools. - Fernando Díaz-del-Río; Pablo Sánchez-Cuevas; Helena Molina-Abril; Pedro Real 001; María José Moron-Fernández (CAIP (2), 2021)

A Topologically Consistent Color Digital Image Representation by a Single Tree. - Pablo Sánchez-Cuevas; Fernando Díaz-del-Río; Helena Molina-Abril; Pedro Real 001 (CIARP, 2021)

On the Topological Disparity Characterization of Square-Pixel Binary Image Data by a Labeled Bipartite Graph. - Pablo Sánchez-Cuevas; Pedro Real 001; Fernando Díaz-del-Río; Helena Molina-Abril; María José Moron-Fernández (IbPRIA, 2022)

A representation of the topological complexity of a 2D binary digital image using Homological Spanning Forests. - Pablo Sánchez-Cuevas; Fernando Díaz-del-Río; Pedro Real 001; Helena Molina-Abril (ISAIM, 2022)

Parallel Setup for computing the Homological Region Adjacency Tree of a 3D binary image. - Pablo Sánchez-Cuevas; Fernando Díaz-del-Río; Pedro Real 001; Helena Molina-Abril; Darian M. Onchis; Sergio Blanco-Trejo (ISAIM, 2022)

Fully Parallel Homological Region Adjacency Graph via Frontier Recognition. - Fernando Díaz-del-Río; Pablo Sánchez-Cuevas; María José Moron-Fernández; Daniel Cascado Caballero; Helena Molina-Abril; Pedro Real 001 (Algorithms, 2023)

Analysis of Connectome Graphs Based on Boundary Scale. - María José Moron-Fernández; Ludovica Maria Amedeo; Alberto Monterroso Muñoz; Helena Molina-Abril; Fernando Díaz-del-Río; Fabiano Bini; Franco Marinozzi; Pedro Real 001 (Sensors, 2023)

Parallel homological calculus for 3D binary digital images. - Fernando Díaz-del-Río; Helena Molina-Abril; Pedro Real 001; Darian M. Onchis; Sergio Blanco-Trejo (Ann. Math. Artif. Intell., 2024)

Topological scale framework for hypergraphs. - Helena Molina-Abril; María José Morón-Fernández; Marc Benito-Marimón; Fernando Díaz-del-Río; Pedro Real 001 (Appl. Math. Comput., 2025)