Edgar Rueda
Edgar Rueda
GOF, Instituto de Física, Universidad de Antioquia
Dirección de correo verificada de udea.edu.co
TítuloCitado porAño
Optical encryption with a reference wave in a joint transform correlator architecture
E Rueda, JF Barrera, R Henao, R Torroba
Optics Communications 282 (16), 3243-3249, 2009
592009
Experimental multiplexing of encrypted movies using a JTC architecture
JF Barrera, M Tebaldi, C Ríos, E Rueda, N Bolognini, R Torroba
Optics express 20 (4), 3388-3393, 2012
492012
Noise-free recovery of optodigital encrypted and multiplexed images
R Henao, E Rueda, JF Barrera, R Torroba
Optics letters 35 (3), 333-335, 2010
382010
Experimental opto-digital synthesis of encrypted sub-samples of an image to improve its decoded quality
JF Barrera, E Rueda, C Rios, M Tebaldi, N Bolognini, R Torroba
Optics Communications 284 (19), 4350-4355, 2011
272011
High-quality optical vortex-beam generation by using a multilevel vortex-producing lens
E Rueda, D Muñetón, JA Gómez, A Lencina
Optics letters 38 (19), 3941-3944, 2013
202013
Experimental multiplexing approach via code key rotations under a joint transform correlator scheme
E Rueda, C Rios, JF Barrera, R Henao, R Torroba
Optics Communications 284 (10-11), 2500-2504, 2011
192011
Lateral shift multiplexing with a modified random mask in a joint transform correlator encrypting architecture
E Rueda, JFB Ramírez, RH Henao, RD Torroba
Optical Engineering 48 (2), 027006, 2009
192009
Master key generation to avoid the use of an external reference wave in an experimental JTC encrypting architecture
E Rueda, C Ríos, JF Barrera, R Torroba
Applied Optics 51 (11), 1822, 2012
142012
Generation of optical vortices by using binary vortex producing lenses
N Londoño, E Rueda, JA Gómez, A Lencina
Applied optics 54 (4), 796-801, 2015
132015
Three-dimensional key in a modified joint transform correlator encryption scheme
E Rueda, M Tebaldi, R Torroba, N Bolognini
Optics Communications 284 (19), 4321-4326, 2011
112011
Numerical modeling of fiber specklegram sensors by using finite element method (FEM)
VH Arístizabal, FJ Vélez, E Rueda, ND Gómez, JA Gómez
Optics express 24 (24), 27225-27238, 2016
92016
Nonlinear optical properties of bulk cuprous oxide using single beam Z-scan at 790 nm
J Serna, E Rueda, H García
Applied Physics Letters 105 (19), 191902, 2014
82014
Synchronized chaotic phase masks for encrypting and decrypting images
E Rueda, CA Vera, B Rodríguez, R Torroba
Optics communications 281 (23), 5750-5755, 2008
72008
Effect of wavelength on metrological characteristics of non-holographic fiber specklegram sensor
VH Aristizabal, A Hoyos, E Rueda, ND Gomez, JA Gomez
Photonic Sensors 5 (1), 1-5, 2015
62015
Digital image compression for a 2f multiplexing optical setup
J Vargas, D Amaya, E Rueda
Journal of Optics 18 (7), 075701, 2016
52016
Measurement of nonlinear optical absorption and nonlinear optical refraction in CdS and ZnSe using an electrically focus-tunable lens
J Serna, A Hamad, H Garcia, E Rueda
International Conference on Fibre Optics and Photonics, T2C. 2, 2014
52014
Diffraction criterion for a slit under spherical illumination
EA Rueda, FF Medina, JF Barrera
Optics communications 274 (1), 32-36, 2007
42007
Effects of the induced birefringence in photorefractive crystals on speckle optical vortices
JA Gomez, E Rueda, A Salazar, M Tebaldi, N Bolognini, A Lencina
Optics and Lasers in Engineering 50 (3), 359-365, 2012
32012
Criterio Generalizado para la Distinción entre Difracción de Fraunhofer y Fresnel.
EA Rueda, FF Medina, JF Barrera
Revista Colombiana de Física 41 (1), 2009
32009
Two-photon absorption coefficient determination with a differential F-scan technique
E Rueda, JH Serna, A Hamad, H Garcia
arXiv preprint arXiv:1806.01446, 2018
22018
El sistema no puede realizar la operación en estos momentos. Inténtalo de nuevo más tarde.
Artículos 1–20