Given the location of shadows, how can we obtain highquality shadow-free images? Several methods have been proposed so far, but they either introduce artifacts or can be difficult to implement. We propose here a simple method that results in virtually error and shadow-free images in a very short time. Our approach is based on the insight that shadow regions differ from their shadow-free counterparts by a single scaling factor. We derive a robust method to obtain that factor. We show that for complex scenes - containing many disjointed shadow regions- our new method is faster and more robust than others previously published. The method delivers good performance on a variety of outdoor images
This paper presents a novel user-aided method for texture-preserving shadow removal from single imag...
This paper introduces an accurate real-time soft shadow algorithm that uses sample based visibility....
Abstract — This paper is concerned with the derivation of a progression of shadow-free image represe...
Given the location of shadows, how can we obtain highquality shadow-free images? Several methods hav...
We present an interactive, robust and high quality method for fast shadow removal. To perform detect...
Illumination conditions cause problems for many computer vision algorithms. In particular, shadows i...
A user-centric method for fast, interactive, robust, and high-quality shadow removal is presented. O...
Illumination conditions cause problems for many computer vision algorithms. In particular, shadows i...
We present an interactive, robust and high quality method for fast shadow removal. To perform detect...
Shadow detection and removal in real scene images is always a challenging but yet intriguing problem...
Shadow detection and removal in real scene images is always a challenging but yet intriguing problem...
This paper presents a novel method for generating pixel-accurate shadows from point light-sources in...
This paper presents a novel user-aided method for texture-preserving shadow removal from single imag...
This paper presents a novel method for generating pixel-accurate shadows from point light-sources in...
This paper proposes a new shadow removal approach for input single natural image by using subregion ...
This paper presents a novel user-aided method for texture-preserving shadow removal from single imag...
This paper introduces an accurate real-time soft shadow algorithm that uses sample based visibility....
Abstract — This paper is concerned with the derivation of a progression of shadow-free image represe...
Given the location of shadows, how can we obtain highquality shadow-free images? Several methods hav...
We present an interactive, robust and high quality method for fast shadow removal. To perform detect...
Illumination conditions cause problems for many computer vision algorithms. In particular, shadows i...
A user-centric method for fast, interactive, robust, and high-quality shadow removal is presented. O...
Illumination conditions cause problems for many computer vision algorithms. In particular, shadows i...
We present an interactive, robust and high quality method for fast shadow removal. To perform detect...
Shadow detection and removal in real scene images is always a challenging but yet intriguing problem...
Shadow detection and removal in real scene images is always a challenging but yet intriguing problem...
This paper presents a novel method for generating pixel-accurate shadows from point light-sources in...
This paper presents a novel user-aided method for texture-preserving shadow removal from single imag...
This paper presents a novel method for generating pixel-accurate shadows from point light-sources in...
This paper proposes a new shadow removal approach for input single natural image by using subregion ...
This paper presents a novel user-aided method for texture-preserving shadow removal from single imag...
This paper introduces an accurate real-time soft shadow algorithm that uses sample based visibility....
Abstract — This paper is concerned with the derivation of a progression of shadow-free image represe...