A new spatial domain probability based watermarking scheme for color Images is proposed. The blue channel of the color image has been used for watermark embedding. Host image is divided into 8x8 blocks and each bit of the binary encoded watermark is embedded in each such block. For each inserted bit, intensity of all the pixels in the block is modified according to the embedding algorithm. Non-blind probability based watermark extraction is performed with the help of original host image. The method has been proved to be robust to various image processing operations such as filtering, lossy image compression, and various geometrical attack such as rotation, scaling, cropping
In this paper, we propose a robust multiple digital watermarking technique for the copyright protect...
This paper presents a new approach of embedding watermarks adaptively in DC components of color imag...
Abstract-An automated algorithm of digital colored images self embedding watermarking is presented i...
This paper presents a new robust watermarking scheme for color image based on a block probability in...
This paper presents a new robust watermarking scheme for color image based on a block probability in...
The paper proposes a novel scheme for color image watermarking. Spatial domain techniques are used h...
This paper presents a novel multiple digital watermarking technique for the copyright protection of ...
In this paper we propose a scheme of watermarking which embeds into a color image a color watermark ...
[[abstract]]Today, technology is at a tremendous pace, the software and hardware prices are acceptab...
Abstract—In this paper a new non-blind luminance-based color image watermarking technique is propose...
Most of the existing color image watermarking schemes use grayscale or binary image as watermark bec...
[[abstract]]There is an increasing number of products to be saved in digital form. In the digital wo...
In this paper a region based color image watermarking algorithm is presented. The objective of the m...
International audienceIn this paper a region based color image watermarking algorithm is presented. ...
In this paper, we propose a robust multiple digital watermarking technique for the copyright protect...
In this paper, we propose a robust multiple digital watermarking technique for the copyright protect...
This paper presents a new approach of embedding watermarks adaptively in DC components of color imag...
Abstract-An automated algorithm of digital colored images self embedding watermarking is presented i...
This paper presents a new robust watermarking scheme for color image based on a block probability in...
This paper presents a new robust watermarking scheme for color image based on a block probability in...
The paper proposes a novel scheme for color image watermarking. Spatial domain techniques are used h...
This paper presents a novel multiple digital watermarking technique for the copyright protection of ...
In this paper we propose a scheme of watermarking which embeds into a color image a color watermark ...
[[abstract]]Today, technology is at a tremendous pace, the software and hardware prices are acceptab...
Abstract—In this paper a new non-blind luminance-based color image watermarking technique is propose...
Most of the existing color image watermarking schemes use grayscale or binary image as watermark bec...
[[abstract]]There is an increasing number of products to be saved in digital form. In the digital wo...
In this paper a region based color image watermarking algorithm is presented. The objective of the m...
International audienceIn this paper a region based color image watermarking algorithm is presented. ...
In this paper, we propose a robust multiple digital watermarking technique for the copyright protect...
In this paper, we propose a robust multiple digital watermarking technique for the copyright protect...
This paper presents a new approach of embedding watermarks adaptively in DC components of color imag...
Abstract-An automated algorithm of digital colored images self embedding watermarking is presented i...