The application of the newly popular content medium of 360 degree panoramic video to the widely used offline lighting technique of image based lighting is explored, and a system solution for real-time image based lighting of virtual objects using only the provided 360 degree video for lighting is developed. The system solution is suitable for use on live streaming video input, and is shown to run on consumer grade graphics hardware at the high resolutions and framerates necessary for comfortable viewing on head mounted displays, rendering at over 60 frames per second for stereo output at 1182x1464 per eye on a mid-range graphics card. Its use in several real-world applications is also studied, and extension to consider real-time shadowing a...
uhasselt.be Abstract. This paper presents the augmentation of immersive omnidirectional video with r...
This paper deals with a real-time image based relighting system fir tangible video teleconference. T...
We present an interactive system for fully dynamic scene lighting using captured high dynamic range...
The application of the newly popular content medium of 360 degree panoramic video to the widely used...
The application of the newly popular content medium of 360 degree panoramic video to the widely used...
360° panoramic video (360-video) can provide an immersive viewing experience, particularly on head-m...
Abstract:- In this paper, we introduce a new panoramic movie system that can capture and play 360◦ v...
It has been widely recognized that lighting plays a key role in the realism and visual interest of c...
It has been widely recognized that lighting plays a key role in the realism and visual interest of c...
In this work we present a real time method of lighting virtual objects using measured scene radiance...
This work presents a framework for shading of virtual objects using high dynamic range (HDR) light p...
We present an interactive system for fully dynamic scene lighting using captured high dynamic range ...
“This thesis describes our contribution to panoramic vision research. Different techniques in obtain...
We present a framework for shading of virtual objects using high dynamic range (HDR) light probe seq...
In the real world, the visual perception of an object is completely determined by the object\u27s in...
uhasselt.be Abstract. This paper presents the augmentation of immersive omnidirectional video with r...
This paper deals with a real-time image based relighting system fir tangible video teleconference. T...
We present an interactive system for fully dynamic scene lighting using captured high dynamic range...
The application of the newly popular content medium of 360 degree panoramic video to the widely used...
The application of the newly popular content medium of 360 degree panoramic video to the widely used...
360° panoramic video (360-video) can provide an immersive viewing experience, particularly on head-m...
Abstract:- In this paper, we introduce a new panoramic movie system that can capture and play 360◦ v...
It has been widely recognized that lighting plays a key role in the realism and visual interest of c...
It has been widely recognized that lighting plays a key role in the realism and visual interest of c...
In this work we present a real time method of lighting virtual objects using measured scene radiance...
This work presents a framework for shading of virtual objects using high dynamic range (HDR) light p...
We present an interactive system for fully dynamic scene lighting using captured high dynamic range ...
“This thesis describes our contribution to panoramic vision research. Different techniques in obtain...
We present a framework for shading of virtual objects using high dynamic range (HDR) light probe seq...
In the real world, the visual perception of an object is completely determined by the object\u27s in...
uhasselt.be Abstract. This paper presents the augmentation of immersive omnidirectional video with r...
This paper deals with a real-time image based relighting system fir tangible video teleconference. T...
We present an interactive system for fully dynamic scene lighting using captured high dynamic range...