Add to ORKGWe describe a calibration and rendering technique for a projector array that can render a seamless rectangular image on a planar surface. The projectors utilize an attached camera to automatically compute the relative pose among them. We describe calibration of the full system using planar display surface to achieve registration and intensity blending of overlapping images. We present an efficient rendering method to pre-warp images so that they appear correctly on the screen, and show experimental results. 1
We provide a quick and efficient method to project a coherent image that is seamless and perspective...
We provide a quick and efficient method to project a coherent image that is seamless and perspective...
(Right) Displayed with intensity correction. The parametric approach leads to accurate geometric reg...
We describe a calibration and rendering technique for a projector that can render rectangular images...
Calibrating multiple projectors to create a distortion free environment is required in many fields e...
Abstract — Multi-projector, large-scale displays are used in scientific visualization, virtual reali...
Projection technology typically places several constraints on the geometric relationship between the...
The appearance of an object or scene is determined by factors like the material, the lights, the geo...
Calibrating multiple monitor or projector display elements to provide a composite image can be a tim...
In this paper we proposed a method for geometric calibration of a projector. This method makes use o...
In this paper, a practical projector-camera based system for fast object modeling and reconstruction...
We describe a display system that automatically registers an array of casually positioned projectors...
Abstract. A scalable multi-projector calibration method for arbitrary surrounded projection surface ...
We present a novel multi-planar display system based on an uncalibrated projector-camera pair. Our s...
We provide a quick and efficient method to project a coherent image that is seamless and perspective...
We provide a quick and efficient method to project a coherent image that is seamless and perspective...
We provide a quick and efficient method to project a coherent image that is seamless and perspective...
(Right) Displayed with intensity correction. The parametric approach leads to accurate geometric reg...
We describe a calibration and rendering technique for a projector that can render rectangular images...
Calibrating multiple projectors to create a distortion free environment is required in many fields e...
Abstract — Multi-projector, large-scale displays are used in scientific visualization, virtual reali...
Projection technology typically places several constraints on the geometric relationship between the...
The appearance of an object or scene is determined by factors like the material, the lights, the geo...
Calibrating multiple monitor or projector display elements to provide a composite image can be a tim...
In this paper we proposed a method for geometric calibration of a projector. This method makes use o...
In this paper, a practical projector-camera based system for fast object modeling and reconstruction...
We describe a display system that automatically registers an array of casually positioned projectors...
Abstract. A scalable multi-projector calibration method for arbitrary surrounded projection surface ...
We present a novel multi-planar display system based on an uncalibrated projector-camera pair. Our s...
We provide a quick and efficient method to project a coherent image that is seamless and perspective...
We provide a quick and efficient method to project a coherent image that is seamless and perspective...
We provide a quick and efficient method to project a coherent image that is seamless and perspective...
(Right) Displayed with intensity correction. The parametric approach leads to accurate geometric reg...