SISTEMA INTEGRAL DE INFORMACIÓN ACADÉMICA - PÚBLICO

ERNESTO BRIBIESCA CORREA
(Instituto de Investigaciones en Matemáticas Aplicadas y en Sistemas)

Obras con ISBN:6
Documentos en revistas:51
Colaboraciones en Tesis:16
Patentes:0
Obras con ISBN:
1.- 3D Tortuosity: A Morphological Characterization of the Central Sulcus to Differentiate Patients with Alzheimer's Disease and Controls (2020)
 
2.- Efficient Computation of the Euler Number of a 2-D Binary Image (2017)
 
3.- Recognition of Arm Activities Based on Hidden Markov Models for Natural Interaction with Service Robots (2013)
 
4.- Voxel-based object representation by means of edging trees (2013)
 
5.- Computación (2010)
 
6.- Valence normalized spatial median for skeletonization and matching (2009)
 
Documentos en revistas:
1.- Slope Chain Code-based scale-independent tortuosity measurement on retinal vessels (2025)
 
2.- Representation of Gosper Curves by Means of Chain Coding (2025)
 
3.- A three-dimensional extension of the slope chain code: analyzing the tortuosity of the flagellar beat of human sperm (2024)
 
4.- 3D Tortuosity computation as a shape descriptor and its application to brain structure analysis (2024)
 
5.- A Measure of Tortuosity for 3D Curves: Identifying 3D Beating Patterns of Sperm Flagella (2023)
 
6.- TELEOPERATED SERVICE ROBOT WITH AN IMMERSIVE MIXED REALITY INTERFACE (2021)
 
7.- A Measure of Tortuosity for Enclosing Surfaces of Voxel-Based Objects (2021)
 
8.- Detection of rotational symmetry in curves represented by the slope chain code (2020)
 
9.- An Approach to the Computation of the Euler Number by means of the Vertex Chain Code (2020)
 
10.- A novel voxel-based method to estimate cortical sulci width and its application to compare patients with Alzheimer's disease to controls (2020)
 
11.- Slope-chain-code-based characterization of Trypanosoma cruzi in blood smear images (2020)
 
12.- Mirror symmetry detection in curves represented by means of the Slope Chain Code (2019)
 
13.- A chain code for representing high definition contour shapes (2019)
 
14.- The spirals of the Slope Chain Code (2019)
 
15.- Chain coding representation of voxel-based objects with enclosing, edging and intersecting trees (2017)
 
16.- Efficient computation of the euler number of a 2-D binary image (2017)
 
17.- Compression of three-dimensional surfaces by means of chain coding (2015)
 
18.- Surface trees - Representation of boundary surfaces using a tree descriptor (2015)
 
19.- Symmetry detection in 3D chain coded discrete curves and trees (2015)
 
20.- Neuromorphometry of primary brain tumors by magnetic resonance imaging (2015)
 
21.- 2D tree object representation via the slope chain code (2014)
 
22.- Representation of enclosing surfaces from simple voxelized objects by means of a chain code (2014)
 
23.- Description and classification of normal and pathological aging processes based on brain magnetic resonance imaging morphology measures (2014)
 
24.- A measure of tortuosity based on chain coding (2013)
 
25.- The Euler-Poincará formula through contact surfaces of voxelized objects (2013)
 
26.- Recognition of arm activities based on Hidden Markov Models for natural interaction with service robots (2013)
 
27.- Enclosing trees (2012)
 
28.- Computation of the Euler number using the contact perimeter (2010)
 
29.- Virtual reality and project management for astronomy (2010)
 
30.- Three-dimensional tree-object representation by means of a binary descriptor (2008)
 
31.- Study of compression efficiency for three-dimensional discrete curves (2008)
 
32.- A method for representing 3D tree objects using chain coding (2008)
 
33.- An easy measure of compactness for 2D and 3D shapes (2008)
 
34.- Efficiency of chain codes to represent binary objects (2007)
 
35.- Detection of a polymorphic Mesoamerican symbol using a rule-based approach (2006)
 
36.- An easy and fast algorithm for obtaining minimal discrete knots (2006)
 
37.- A method for computing families of discrete knots using knot numbers (2005)
 
38.- Recognition of a polymorphic archeological symbol using a rule-based technique (2005)
 
39.- 3D-curve representation by means of a binary chain code (2004)
 
40.- A method of optimum transformation of 3D objects used as a measure of shape dissimilarity (2003)
 
41.- A Voxel-Based Measure of Discrete Compactness for Brain Imaging (2003)
 
42.- Scanning-curves representation for the coverage of surfaces using chain coding (2003)
 
43.- Discrete knots (2002)
 
44.- A formal language approach for a 3D curve representation (2001)
 
45.- A chain code for representing 3D curves (2000)
 
46.- Measure of compactness for 3D shapes (2000)
 
47.- A new chain code (1999)
 
48.- Digital Elevation Model Data Analysis Using the Contact Surface Area (1998)
 
49.- Measuring 2-D shape compactness using the contact perimeter (1997)
 
50.- A measure of 2D shape-of-object dissimilarity (1997)
 
51.- Measuring 3-D shape similarity using progressive transformations (1996)
 
Colaboraciones en Tesis:
1.- Selector de estrategias de posicionamiento de objetos con robots de servicio utilizando redes neuronales profundas (2022)
 
2.- Morphological analysis of brain structures based on magnetic resonance images (MRI) (2021)
 
3.- About the representation of discrete surfaces using chain codes (2021)
 
4.- Representación y compresión de superficies voxelizadas usando árboles y códigos de cadena (2017)
 
5.- Interfaces cerebro computadora con perspectivas a su aplicación en robots de servicio (2016)
 
6.- Behaviour recognition system based on hidden Markov models (2016)
 
7.- Representación y análisis de sólidos voxelizados mediante árboles de bordes (2015)
 
8.- Segmentación de tumores cerebrales de alto grado de malignidad (glioblastoma multiforme) a partir de imágenes de resonancia magnética (2014)
 
9.- Código cadena para la descripción de volúmenes (2009)
 
10.- Descriptores de regiones binarias en Z2 y Z3 basados en el concepto de compacidad (2008)
 
11.- Medida de similitud para formas discretas usando un código cadena de pendiente acumulada (2008)
 
12.- Reconocimiento de simbolos en imagenes digitales de las culturas mesoamericanas (2004)
 
13.- Una medida de similitud para curvas tridimensionales representadas por medio del codigo de cadenas de cambios de direccion ortogonal (2003)
 
14.- Medida de similitud para objetos 2D y 3D a traves de una energia de transformacion optima (2002)
 
15.- Aplicacion de un codigo de cadena en 3D para la representacion unidimensional de imagenes digitales (2002)
 
16.- Optimización de la medida de semejanza para objetos tridimensionales usando transformaciones progresivas (1998)
 
Patentes:No hay patentes de este autor.