Add to ORKGAbstract: In this paper a study of Multiplexed Metropolis Light Transport (MMLT) algorithm implementation on GPUs is provided. It is carried out on a set of 3D scenes representative for photorealistic rendering applications. The previously unknown features and problems of the algorithm were discovered and some of them were solved. The comparison with GPU analogue Octane shows the advantages of the developed system in typical architectural scenes for hard sampling illumination phenomena.Note: Research direction:Programming, parallel computing, multimedi
This thesis deals with the implementation of a multi-view stereo algorithm in a massively parallel w...
This thesis deals with the implementation of a multi-view stereo algorithm in a massively parallel w...
Multi-frame rate rendering is a parallel rendering technique that renders interactive parts of the s...
The Metropolis Light Transport algorithm generates physically based images with superior image quali...
Modern graphics processing units, GPUs, present an immense resource of computational power, that how...
Graphics Processing Units (GPUs) recently became general enough to en-able implementation of a varie...
In the real world, the visual perception of an object is completely determined by the object's inter...
Over the last 10-15 years, computer graphics hardware has evolved at a tremendous pace, with an expo...
Global illumination algorithms provide a way to model the different light transport phenomena seen i...
Physically based rendering using ray tracing is capable of producing realistic images of much higher...
Abstract: In this paper a method for combining Ordinary Monte Carlo (OMC) and Markov Chain...
A highly optimized Monte Carlo (MC) code package for simulating light transport is developed on the ...
Abstract: According to slowly serial processing speed in the photorealistic rendering technology, th...
Research on realtime ray tracing has recently made tremendous advances. Algorithmic improvements tog...
International audienceLight going through a participating medium like smoke can be scattered or abso...
This thesis deals with the implementation of a multi-view stereo algorithm in a massively parallel w...
This thesis deals with the implementation of a multi-view stereo algorithm in a massively parallel w...
Multi-frame rate rendering is a parallel rendering technique that renders interactive parts of the s...
The Metropolis Light Transport algorithm generates physically based images with superior image quali...
Modern graphics processing units, GPUs, present an immense resource of computational power, that how...
Graphics Processing Units (GPUs) recently became general enough to en-able implementation of a varie...
In the real world, the visual perception of an object is completely determined by the object's inter...
Over the last 10-15 years, computer graphics hardware has evolved at a tremendous pace, with an expo...
Global illumination algorithms provide a way to model the different light transport phenomena seen i...
Physically based rendering using ray tracing is capable of producing realistic images of much higher...
Abstract: In this paper a method for combining Ordinary Monte Carlo (OMC) and Markov Chain...
A highly optimized Monte Carlo (MC) code package for simulating light transport is developed on the ...
Abstract: According to slowly serial processing speed in the photorealistic rendering technology, th...
Research on realtime ray tracing has recently made tremendous advances. Algorithmic improvements tog...
International audienceLight going through a participating medium like smoke can be scattered or abso...
This thesis deals with the implementation of a multi-view stereo algorithm in a massively parallel w...
This thesis deals with the implementation of a multi-view stereo algorithm in a massively parallel w...
Multi-frame rate rendering is a parallel rendering technique that renders interactive parts of the s...