Object Representation by Means of Nonminimal Division Quadtrees and Octrees. - Dolors Ayala; Pere Brunet; R. Juan; Isabel Navazo (ACM Trans. Graph., 1985)

Extended octtree representation of free form surfaces. - Pere Brunet; Dolors Ayala (Comput. Aided Geom. Des., 1987)

Multiresolution Approximation of Polyhedral Solids. - Dolors Ayala; Pere Brunet; Robert Joan-Arinyo; Isabel Navazo (CAD Systems Development, 1995)

Automatic Generation of Multiresolution Boundary Representations. - Carlos Andújar; Dolors Ayala; Pere Brunet; Robert Joan-Arinyo; Jaume Solé (Comput. Graph. Forum, 1996)

Orthogonal Polyhedra as Geometric Bounds in Constructive Solid Geometry. - Antonio Aguilera; Dolors Ayala (Symposium on Solid Modeling and Applications, 1997)

Validity-Preserving Simplification of Very Complex Polyhedral Solids. - Carlos Andújar; Dolors Ayala; Pere Brunet (EGVE, 1999)

Converting Orthogonal Polyhedra from Extreme Vertices Model to B-Rep and to Alternating Sum of Volumes. - Antonio Aguilera; Dolors Ayala (Geometric Modelling, 1999)

Faster ASV Decomposition for Orthogonal Polyhedra, Using the Extreme Vertices Model (EVM). - Antonio Aguilera; Dolors Ayala (WSCG, 2000)

Erosion and Dilation on 2-D and 3-D Digital Images: A New Size-Independent Approach . - Jorge Ernesto Rodríguez; Dolors Ayala (VMV, 2001)

Connected component labeling based on the EVM model. - Dolors Ayala; Jorge Rodríguez; Antonio Aguilera (SCCG, 2002)

Topology-reducing surface simplification using a discrete solid representation. - Carlos Andújar; Pere Brunet; Dolors Ayala (ACM Trans. Graph., 2002)

Efficient Computation of 3D Skeletons by Extreme Vertex Encoding. - Jorge Ernesto Rodríguez; Federico Thomas; Dolors Ayala; Lluís Ros (DGCI, 2003)

Fast neighborhood operations for images and volume data sets. - Jorge Ernesto Rodríguez; Dolors Ayala (Comput. Graph., 2003)

Two Triangulation Methods Based on Edge Refinement. - Marc Vigo Anglada; Núria Pla Garcia; Dolors Ayala (Computing, 2004)

VolumeEVM: A new approach for surface/volume integration. - Jorge Ernesto Rodríguez; Dolors Ayala; Sergi Grau (Comput. Graph., 2005)

Improved Skeleton Computation of an Encoded Volume. - Dolors Ayala (Eurographics (Short Papers), 2007)

Splat representation of parametric surfaces. - Dolors Ayala; Núria Pla Garcia; Marc Vigo Anglada (Computing, 2007)

3D reconstruction and quantification of porous structures. - Eduard Vergés; Dolors Ayala; Sergi Grau; Dani Tost (Comput. Graph., 2008)

Skeleton Computation of an Image Using a Geometric Approach. - Jonàs Martínez; Marc Vigo Anglada; Núria Pla Garcia; Dolors Ayala (Eurographics (Short Papers), 2010)

Exploration of porous structures with illustrative visualizations. - Sergi Grau; Eduard Vergés; Dani Tost; Dolors Ayala (Comput. Graph., 2010)

A connected-component-labeling-based approach to virtual porosimetry. - Jorge Ernesto Rodríguez; Irving Cruz; Eduard Vergés; Dolors Ayala (Graph. Model., 2011)

A Polyhedral Approach to Compute the Genus of a Volume Dataset. - Dolors Ayala; Eduard Vergés; Irving Cruz (GRAPP/IVAPP, 2012)

Orthogonal Simplification of Objects Represented by the Extreme Vertex Model. - Irving Cruz-Matías; Dolors Ayala (GRAPP/IVAPP, 2012)

Efficient algorithms for boundary extraction of 2D and 3D orthogonal pseudomanifolds. - Marc Vigo Anglada; Núria Pla Garcia; Dolors Ayala; Jonàs Martínez (Graph. Model., 2012)

Merging Faces: A New Orthogonal Simplification of Solid Models. - Irving Cruz-Matías; Dolors Ayala (DGCI, 2013)

An Efficient Alternative to Compute the Genus of Binary Volume Models. - Irving Cruz-Matías; Dolors Ayala (GRAPP/IVAPP, 2013)

A new lossless orthogonal simplification method for 3D objects based on bounding structures. - Irving Cruz-Matías; Dolors Ayala (Graph. Model., 2014)

Compact Union of Disjoint Boxes: An Efficient Decomposition Model for Binary Volumes. - Irving Cruz-Matías; Dolors Ayala (Computación y Sistemas, 2017)

Sphericity and roundness computation for particles using the extreme vertices model. - Irving Cruz-Matías; Dolors Ayala; Daniel Hiller; Sebastian Gutsch; Margit Zacharias; Sònia Estradé; Francesca Peiró (J. Comput. Sci., 2019)