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Implementación y evaluación de algoritmos para la visualización de imágenes de campos de luz / Implementation and evaluation of algorithms for the visualization of light fields images / Implementação e avaliação de algoritmos para a visualização de imagen

Implementación y evaluación de algoritmos para la visualización de imágenes de campos de luz / Implementation and evaluation of algorithms for the visualization of light fields images / Implementação e avaliação de algoritmos para a visualização de imagen




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BIZAI, G. H., SALVATELLI, A., CALDERÓN, J., & DROZDOWICZ, B. (2019). Implementación y evaluación de algoritmos para la visualización de imágenes de campos de luz / Implementation and evaluation of algorithms for the visualization of light fields images / Implementação e avaliação de algoritmos para a visualização de imagen. Ventana Informatica, 39. https://revistasum.umanizales.edu.co/index.php/ventanainformatica/article/view/3306
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BIZAI, G. H., SALVATELLI, A., CALDERÓN, J., & DROZDOWICZ, B. (2019). Implementación y evaluación de algoritmos para la visualización de imágenes de campos de luz / Implementation and evaluation of algorithms for the visualization of light fields images / Implementação e avaliação de algoritmos para a visualização de imagen. Ventana Informatica, 39. https://revistasum.umanizales.edu.co/index.php/ventanainformatica/article/view/3306

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Gustavo Horacio BIZAI
Adrián SALVATELLI
Jesús CALDERÓN
Bartolomé DROZDOWICZ

Gustavo Horacio BIZAI,

Master in Bioengineering. Teaching researcher


Adrián SALVATELLI,

Master in Computer Science Applied to Engineering. Teaching researcher


Jesús CALDERÓN,

Degree in Astronomy, Degree in Physics. Teaching researcher.


Bartolomé DROZDOWICZ,

Electronic Electrical Engineer. Teaching researcher


In this work we determine the possibilities of using the light field model to generate new representations of a 3D scene by analyzing the space-angular information that contains the plenoptic function and its coding in a 4D matrix, selecting parametrization of two parallel planes. We implemented this coding, mutiperspective visualization and refocusing in the spatial and frequency domain, based on numerous authors and an experimental device. We evaluate the algorithms based on process times, preservation of the photometric attributes of the scene and refocus ranges. We conclude that the plenoptic photography is a powerful tool for 3D visualization.


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