Francisco Sans

Bachelor in Computer Graphics

Assistant Professor


Education

Bachelor in Computer Science

2012

Major in Computer Graphics

Universidad Central de Venezuela, Science Faculty.

Áreas de interés

  • Game Programming
  • GPU Programming
  • Digital Image Processing
  • Rendering
  • GPGPU

Teaching

  • Computer Graphics
  • Discrete Mathematics
  • Algorithms and Data Structures

Publications

A Comparison between GPU-based Volume Ray Casting Implementations: Fragment Shader, Compute Shader, OpenCL, and CUDA

Francisco Sans, and Rhadamés Carmona
CLEI electronic journal, Volume 20, Number 2, Paper 7
August 2017 (to appear).


Rasterización de Escenas 3D con CUDA

Francisco Sans, and Rhadamés Carmona
Lecturas en Ciencias de la Computación. Reporte técnico RT 2016-1. (Tech Report)
November 2016.


Volume Ray Casting using Different GPU based Parallel APIs

Francisco Sans, and Rhadamés Carmona
Proceedings del Latin American Computing Conference (CLEI 2016), pp. 105-115.
Valparaíso, Chile, October 2016.


Performance Evaluation of IPv4/IPv6 Transition Mechanism

Adira Quintero, Francisco Sans, and Eric Gamess
International Journal of Computer network and Information Security (IJCNIS), pp. 1-14.
February 2016.


An Open Source Framework to Manage Kinect on the Web

Francsico Moreno, Esmitt Ramírez, Francisco Sans, and Rhadamés Carmona
XLI Conferencia Latino Americana de Informática, pp. 53-61.
Eds. Arequipa-Peru: UCSP, October 2015.


Real-time diffuse global illumination based on voxelization

Francisco Sans and Esmitt Ramírez
Proceedings del Latin American Computing Conference (CLEI 2013), volume II, pp. 39-50.
Naiguatá, Venezuela, October 2013


Analytical Performance Evaluation of Native IPv6 and Several Tunneling Technics using Benchmarking Tools

Francisco Sans and Eric Gamess
Proceedings del Latin American Computing Conference (CLEI 2013), volume II, pp. 146-154.
Naiguatá, Venezuela, October 2013


Analytical Performance Evaluation of Different Switch Solutions

Francisco Sans and Eric Gamess
Journal of Computer Networks and Communications, volume 2013, 11 pages, 2013.