Optimization Neural Networks for Image Segmentation. - David López Vilariño; Diego Cabello; Antonio Mosquera González (IWANN, 1995)

Application of a Multilayer Discrete-Time CNN to Deformable Models. - David López Vilariño; Diego Cabello; Antonio Mosquera González; Xosé Manuel Pardo López (IWANN, 1997)

An analog CMOS realisation of a reconfigurable discrete-time cellular neural network. - Víctor M. Brea 001; David López Vilariño; Diego Cabello (ICECS, 1998)

Discrete-time CNN for image segmentation by active contours. - David López Vilariño; Víctor M. Brea 001; Diego Cabello; J. M. Pardo (Pattern Recognit. Lett., 1998)

Genetic Algorithm Based Training for Multilayer Discrete-Time Cellular Neural Networks. - Paula López 001; David López Vilariño; Diego Cabello (IWANN (2), 1999)

An Active Contour Algorithm for Continuous-Time Cellular Neural Networks. - T. Kozek; David López Vilariño (J. VLSI Signal Process., 1999)

Pixel-Level Snakes. - David López Vilariño; Diego Cabello; Xose Manuel Pardo; Víctor M. Brea 001 (ICPR, 2000)

Design of multilayer discrete time cellular neural networks for image processing tasks based on genetic algorithms. - Paula López 001; David López Vilariño; Diego Cabello (ISCAS, 2000)

Antipersonnel mine detection on infrared images. - Paula López 001; Marco Balsi; David López Vilariño; Diego Cabello (ISTAS, 2000)

Implementation oriented theory design issues on the DTCNN template generation. - Víctor M. Brea 001; David López Vilariño; Ari Paasio; Diego Cabello (ISCAS (3), 2002)

Robustness oriented design tool for multilayer DTCNN applications. - Paula López 001; David López Vilariño; Víctor M. Brea 001; Diego Cabello (Int. J. Circuit Theory Appl., 2002)

Video Segmentation for Traffic Monitoring Tasks Based on Pixel-Level Snakes. - David López Vilariño; Diego Cabello; Xose Manuel Pardo; Víctor M. Brea 001 (IbPRIA, 2003)

Cellular neural networks and active contours: a tool for image segmentation. - David López Vilariño; Diego Cabello; Xose Manuel Pardo; Víctor M. Brea 001 (Image Vis. Comput., 2003)

A mixed-signal CMOS DTCNN chip for pixel-level snakes. - Víctor M. Brea 001; David López Vilariño; Diego Cabello (ISCAS (5), 2004)

Efficient hardware-oriented cellular active contours. - David López Vilariño; Csaba Rekeczky (ISCAS (3), 2004)

Design of the processing core of a mixed-signal CMOS DTCNN chip for pixel-level snakes. - Víctor M. Brea 001; David López Vilariño; Ari Paasio; Diego Cabello (IEEE Trans. Circuits Syst. I Regul. Pap., 2004)

Implementation of a pixel-level snake algorithm on a CNNUM-based chip set architecture. - David López Vilariño; Csaba Rekeczky (IEEE Trans. Circuits Syst. I Regul. Pap., 2004)

On the Automatic 2D Retinal Vessel Extraction. - Carmen Alonso-Montes; David López Vilariño; Manuel Francisco González Penedo (ICAPR (2), 2005)

A one-quadrant discrete-time cellular neural network CMOS chip for pixel-level snakes. - Víctor M. Brea 001; Mika Laiho; David López Vilariño; Ari Paasio; Diego Cabello (ISCAS (6), 2005)

A one-quadrant discrete-time cellular neural network architecture for pixel-level snakes: B/W processing. - Víctor M. Brea 001; Mika Laiho; David López Vilariño; Ari Paasio; Diego Cabello (ISCAS (4), 2005)

Pixel-level snakes on the CNNUM: algorithm design, on-chip implementation and applications. - David López Vilariño; Csaba Rekeczky (Int. J. Circuit Theory Appl., 2005)

A binary-based on-chip CNN solution for pixel-level snakes. - Víctor M. Brea 001; Mika Laiho; David López Vilariño; Ari Paasio; Diego Cabello (Int. J. Circuit Theory Appl., 2006)

Topographic cellular active contour techniques: theory, implementations and comparisons. - Dániel Hillier; Viktor Binzberger; David López Vilariño; Csaba Rekeczky (Int. J. Circuit Theory Appl., 2006)

On chip implementation of a pixel-parallel approach for retinal vessel tree extraction. - Carmen Alonso-Montes; Piotr Dudek; David López Vilariño; Manuel G. Penedo (ECCTD, 2007)

CNN Implementation of Spin Filters for Electronic Speckle Pattern Interferometry Applications. - David López Vilariño; Víctor M. Brea 001; Vicente Moreno; Diego Cabello (ISCAS, 2007)

Evolution of Pixel Level Snakes towards an efficient hardware implementation. - David López Vilariño; Piotr Dudek (ISCAS, 2007)

Pixel parallel vessel tree extraction for a personal authentication system. - Carmen Alonso-Montes; Marcos Ortega 001; Manuel G. Penedo; David López Vilariño (ISCAS, 2008)

Focal-plane moving object segmentation for realtime video surveillance. - David López Vilariño; Piotr Dudek; Diego Cabello (ISCAS, 2008)

Fast retinal vessel tree extraction: A pixel parallel approach. - Carmen Alonso-Montes; David López Vilariño; Piotr Dudek; Manuel G. Penedo (Int. J. Circuit Theory Appl., 2008)

A digital cellular-based system for retinal vessel-tree extraction. - Cesar Diaz-Resco; Alejandro Nieto; Roberto R. Osorio; Víctor M. Brea 001; David López Vilariño (ECCTD, 2009)

FPGA-accelerated retinal vessel-tree extraction. - Alejandro Nieto; Víctor M. Brea 001; David López Vilariño (FPL, 2009)

CNN Technology for Spatiotemporal Signal Processing. - David López Vilariño; Diego Cabello Ferrer; Víctor Manuel Brea Sánchez; Ronald Tetzlaff; Chin-Teng Lin (EURASIP J. Adv. Signal Process., 2009)

Performance analysis of massively parallel embedded hardware architectures for retinal image processing. - Alejandro Nieto; Víctor M. Brea 001; David López Vilariño; Roberto R. Osorio (EURASIP J. Image Video Process., 2011)

SIMD/MIMD Dynamically-Reconfigurable Architecture for High-Performance Embedded Vision Systems. - Alejandro Nieto; David López Vilariño; Víctor M. Brea 001 (ASAP, 2012)

Feature detection and matching on an SIMD/MIMD hybrid embedded processor. - Alejandro Nieto; David López Vilariño; Víctor M. Brea 001 (CVPR Workshops, 2012)

Reconfigurable computing for future vision-capable devices. - Miguel Bordallo López; Alejandro Nieto; Olli Silvén; Jani Boutellier; David López Vilariño (SAMOS, 2015)

PRECISION: A Reconfigurable SIMD/MIMD Coprocessor for Computer Vision Systems-on-Chip. - Alejandro Nieto; David López Vilariño; Víctor M. Brea 001 (IEEE Trans. Computers, 2016)

Landing sites detection using LiDAR data on manycore systems. - Oscar G. Lorenzo; Jorge Martínez Sánchez; David López Vilariño; Tomás F. Pena; José Carlos Cabaleiro; Francisco F. Rivera (J. Supercomput., 2017)

A Developer-Friendly "Open Lidar Visualizer and Analyser" for Point Clouds With 3D Stereoscopic View. - Jorge Martínez Sánchez; Oscar G. Lorenzo; David López Vilariño; Tomás F. Pena; José Carlos Cabaleiro; Francisco F. Rivera (IEEE Access, 2018)

GPU-based segmentation of retinal blood vessels. - Francisco Argüello; David López Vilariño; Dora Heras; Alejandro Nieto (J. Real Time Image Process., 2018)

Fast Ground Filtering of Airborne LiDAR Data Based on Iterative Scan-Line Spline Interpolation. - Jorge Martínez Sánchez; Álvaro Váquez Álvarez; David López Vilariño; Francisco Fernandez Rivera; José Carlos Cabaleiro; Tomás Fernández Pena (Remote. Sens., 2019)

Automatic Extraction of Road Points from Airborne LiDAR Based on Bidirectional Skewness Balancing. - Jorge Martínez Sánchez; Francisco Fernandez Rivera; José Carlos Cabaleiro Domínguez; David López Vilariño; Tomás Fernández Pena (Remote. Sens., 2020)

Implementation of a motion estimation algorithm for Intel FPGAs using OpenCL. - Manuel de Castro; Roberto R. Osorio; David López Vilariño; Arturo González-Escribano; Diego R. Llanos (J. Supercomput., 2023)

Characterizing zebra crossing zones using LiDAR data. - Alberto M. Esmorís; David López Vilariño; David Fernández-Arango; Francisco-Alberto Varela-García; José Carlos Cabaleiro; Francisco F. Rivera (Comput. Aided Civ. Infrastructure Eng., 2023)

Powerline Detection and Characterization in General-Purpose Airborne LiDAR Surveys. - Miguel Yermo; Ruben Laso; Oscar G. Lorenzo; Tomás F. Pena; José Carlos Cabaleiro; Francisco F. Rivera; David López Vilariño (IEEE J. Sel. Top. Appl. Earth Obs. Remote. Sens., 2024)

Assessing Intel OneAPI capabilities and cloud-performance for heterogeneous computing. - Silvia R. Alcaraz; Ruben Laso; Oscar G. Lorenzo; David López Vilariño; Tomás F. Pena; Francisco F. Rivera (J. Supercomput., 2024)