Name: Dr. Apolinar Muñoz Rodríguez
Job Position: Titular Researcher B
 National researches system: Level I
E-mail: munoza@cio.mx

 

Versión en Español

Personal Information:

BSc: Ingeniería en Computación y Sistemas, UBAC
MSc: Ingeniería Eléctrica, Universidad de Guanajuato
PHd: Ciencias ( Optica ), CIO - Universidad de Gto.

Post-doctoral research
Nanyang Technological University, Sigapore, 01/2002-12/2002.

 

Research Interests:  

Digital image processing, artificial intelligence algorithms, computational optics, robotics vision, morphology mathematics, Visual cryptography and optical metrology.  These research areas are involved in projects such us: 3D digital human modeling via artificial vision, surface modeling software, shoe-last modeling and fitting to the human foot, mobile vision and mul-ticamera systems, Gear Metrology, Objects classification via metrology and computer vision.

 

(2013):

1.-          J. A. Muñoz Rodriguez, Evaluation of the surface model via Bezier networks and laser metrology for shape representation, J. Mod. Opt., Vol. 60, p. 1658-1673,(2013).
2.-           J. A. Muñoz Rodriguez, “Improving the surface model via Beziers networks and laser projection for modeling of the shoe-last bottom”,Opt. Eng. Vol. 52, p. 113107, (2013).
3.-           J. A. Muñoz Rodriguez, “Improving surface measurement by adaptive focal length adjustment and approximation networks”, Opt. Laser Technol., Vol. 48, p. 83–95, (2013).


(2012):

4.-           J. A. Muñoz Rodriguez, “Image encoding based on a damped triangular function and a discrete sequence”, J. Mod. Opt., Vol.59, p. 1581-1590, (2012).     


(2011):

5.-           J. A. Muñoz Rodriguez, “Online self-camera orientation based on laser metrology and computer algorithms”, Opt. Comm., Vol. 284,  p. 5601-5612 (2011).
6.-           J. A. Muñoz Rodriguez, “Online self-calibration for mobile vision based on laser imaging and computer algorithms”, Opt. Lasers Eng., Vol. 49, No. 6, p. 680-692 (2011).
7.-           J. A. Muñoz Rodriguez, “Laser imaging and approximation networks for calibration of three-dimensional vision”,  Opt. Laser Technol., Vol. 43, No. 3, p. 491-500, (2011).


(2010):

8.-           J. A. Muñoz Rodriguez, “Mobile Calibration Based on Laser Metrology and Approximation Networks”, Sensors, Vol. 10, No.8, p. 7681-7704 (2010).
9.-           J. A. Muñoz Rodríguez, “Calibration modeling for mobile vision based laser imaging and approximation networks”, J. Mod. Opt., Vo. 57 No.17, 1583-1597, (2010).
10.-         J. A. Muñoz-Rodriguez, “Computational cryptography based on trigonometric algorithms and intensity superposition”, Imaging Sci. J., Vol. 58, 61-80 (2010).


(2009):

11.-         J. A. Muñoz-Rodriguez, “Computer vision of the foot sole based on laser metrology and algorithms of artificial intelligence”, Opt.  Eng. Vol. 48, No.12, p. 123604, (2009).