Dr. JORGE LUIS FLORES NÚÑEZ
Resumen curricular:
Resumen 1994 egrese como Ingeniero en Comunicaciones y Electrónica por la Universidad de Guadalajara y en 2001 egrese como doctor en Ciencias (Óptica) en León Gto. Desde 2002 funjo como profesor investigador titular en el Departamento de Electrónica, Centro Universitario de Ciencias Exactas en Ingeniería, Universidad de Guadalajara. Desde 2007 he realizado 4 estancias de investigación en el Instituto de Física, Facultad de Ingeniería, Universidad de la República, Montevideo, Uruguay. Mis líneas de investigación son: Procesamiento digital y óptico de imágenes, reconstrucción tridimensional de objetos, visualización de objetos de fase, el desarrollo de sensores ópticos y biofotónica. Miembro de comisión de ingreso y promoción del CUCEI en dos ocasiones. Además, revisor de artículos de al menos 8 revistas internacionales indexadas y miembro de Registro Nacional de Evaluadores (CONACYT). Miembro del cuerpo académico CA-499, el cual se encuentra CONSOLIDADO.
Perfil de Investigador SNII:
Perfil PRODEP:
Bases de datos bibliográficas:
Publicaciones del académico:
- Anatomy-guided breast segmentation in thermograms using a multiscale UNet hybrid framework
- Deep neural network for processing single fringe patterns: Applications in phase recovery and denoising
- Design and Evaluation of Micromixers Fabricated with Alternative Technologies and Materials for Microanalytical Applications In Situ
- Fringe pattern denoising with a deep neural network
- Temporal phase unwrapping algorithm based on composite fringe patterns for 3D measurement object with surface discontinuities
- Spatial phase filtering approach for the instantaneous measurement of the degree and angle of linear polarization employing a pixelated polarization camera
- Iteratively correcting algorithm for suppressing temporal variations in phase-shifting interferometry
- Wavefront reconstruction of discontinuous phase objects using directional derivatives
- Fourier transform digital moiré interferometry
- Colored slightly off-axis method for self-occluding shading in projection profilometry
- Hilbert’s and Takeda’s single-shot interferometry with a linear-carrier: a comparison
- Colored digital Moire technique for self-occluding shading in fringe projection profilometry
- Thermal detection of thyroid pathologies using artificial neural networks
- Total retardance measurements based on the complex Fourier coefficients for the rotating polarizer analyzer system
- Wavefront reconstruction of discontinuous phase objects from optical deflectometry
- Mínimos Cuadrados para la Calibración en Reconstrucción 3D mediante Proyección de Franjas
- The PeVatrons and the HAWC Observatory in Mexico
- Colored digital Moire technique for self-occluding shading in fringe projection profilometry
- Assessment of diffuse reflectance spectra of leaves through moisture measurement using an indirect method based on meteorological factors
- 3D printed opto-microfluidic autonomous analyzer for photometric applications
- Pixelated polarizing system for dynamic interferometry events employing a temporal phase unwrapping algorithm
- Deep convolutional neural networks for classifying breast cancer using infrared thermography
- Self-adjustment of spectral components to object wave field extraction in off-axis digital holography
- Smart multi-sensor system for remote air quality monitoring using unmanned aerial vehicle and LoRaWAN
- Fourier demodulation approach for a rotating polarizer analyzer polarimeter for retardance measurements
- Remote sensing system to monitoring of quality air using unmanned aerial vehicles and LoRa communication
- Learning Optics with a DIY Polarization-based 3D display
- All-POF coupling ratio-imbalanced Sagnac interferometer as a refractive index sensor
- Design and development of multi-sensor based on all fiber NXN twisted plastic optical fiber
- 3D-profilometry of moving objects with abrupt surface discontinuities by projection of two-frequency color-coded fringe patterns
- Dynamic phase measurements employing a pixelated polarizing camera and temporal phase unwrapping algorithms
- Machine Learning Application for Particle Physics: Mexico’s Involvement in the Hyper-Kamiokande Observatory
- Least-squares gamma estimation in fringe projection profilometry
- Dual Emission of meso‐Phenyleneethynylene–BODIPY Oligomers: Synthesis, Photophysics, and Theoretical Optoelectronic Study
- Cyclooxygenase 2 messenger RNA levels in canine follicular cells: interrelationship with GDF-9, BMP-15, and progesterone
- Michelson interferometer for phase shifting interferometry with a liquid crystal retarder
- Classification of MRI's images using the Fractional Fourier transform and the local binary pattern information by artificial neural network
- DESENVOLVIMIENTO DE FASE TEMPORAL PARA INTERFEROMETRÍA DINÁMICA EMPLEANDO UN SISTEMA POLARIMÉTRICO PIXELADO
- Temperature characteristics of benign and malignant breast pathologies
- Windowed generalized phase-shifting algorithms
- Comparison of several calibration methods for fringe projection profilometry
- Phase retrieving using a single-shot by projection of a colored pattern
- Calibration of a three-dimensional profilometry system by temporal phase unwrapped algorithms
- Tukey’s robust M-estimator for phase demodulation of interferograms with nonuniform shifts
- Perfilometría 3D por proyección desenfocada de patrones binarios
- Exhaustive dithering algorithm for 3D shape reconstruction by fringe projection profilometry
- Fringe pattern denoising using spatial oriented gaussian filters
- Mobile air quality monitoring system using Unmanned Aerial Vehicles & Wireless Sensors Networks
- El palpitante Cinturón de Fuego
- Evaluación de la fatiga laboral por teletrabajo del personal docente de la unidad educativa Carlos Freile Zaldumbide ante la emergencia sanitaria del COVID-19