Abstract—Image spatial diffusion targets on blurring small discontinuities while sharpening distinct edges. We propose two GPU-based methods to efficient generate content-aware spatial diffused images. In the first method, we apply an enhanced bilateral filter on the input image. Our filter adopts a spatial weight kernel in the form of an inverted Gaussian. This Inverted-Gaussian-Spatial Bilateral filter (IGSB) can remove small spots in large smooth areas more efficiently than Gaussian bilateral filter that are commonly used. In the second method, we present a fast approximation of mean-shift algorithm on GPUs. Considering the parallel nature of GPUs, the process of mean-shift kernel density estimation is modified and improved to achieve sa...
Directional decomposition of an image consists of separating it into several components, each contai...
Through affordable smartphones and lower costs for mobile internet access, mobile communication by m...
The presented work deals with the efficient implementation of volumetric diffusion filters on modern...
The quality of an image is highly critical for applications such as robotic vision, surveillance, me...
We present an efficient implementation of volumetric anisotropic image diffusion filters on modern p...
Abstract. During the last decade nonlinear anisotropic diffusion models have shown to be powerful me...
Image diffusion can smooth away noise and small-scale structures while retaining important features,...
We present an efficient implementation of volumetric anisotropic image diffusion on modern programma...
We present an efficient implementation of volumetric anisotropic image diffusion on modern programma...
Image diffusion can smooth away noise and small-scale structures while retaining important features,...
In this paper we propose a new image smoothing and edge detection technique that employs a combinati...
This report explores using GPUs as a platform for performing high performance medical image data pro...
Dithering or error diffusion is a technique used to obtain a binary image, suitable for printing, fr...
Abstract—Error diffusion is a well-known algorithm used for converting a gray-scale image into a bin...
A Bilateral filter is basically an edge-preserving and smoothing, non-linear filter. It consists of ...
Directional decomposition of an image consists of separating it into several components, each contai...
Through affordable smartphones and lower costs for mobile internet access, mobile communication by m...
The presented work deals with the efficient implementation of volumetric diffusion filters on modern...
The quality of an image is highly critical for applications such as robotic vision, surveillance, me...
We present an efficient implementation of volumetric anisotropic image diffusion filters on modern p...
Abstract. During the last decade nonlinear anisotropic diffusion models have shown to be powerful me...
Image diffusion can smooth away noise and small-scale structures while retaining important features,...
We present an efficient implementation of volumetric anisotropic image diffusion on modern programma...
We present an efficient implementation of volumetric anisotropic image diffusion on modern programma...
Image diffusion can smooth away noise and small-scale structures while retaining important features,...
In this paper we propose a new image smoothing and edge detection technique that employs a combinati...
This report explores using GPUs as a platform for performing high performance medical image data pro...
Dithering or error diffusion is a technique used to obtain a binary image, suitable for printing, fr...
Abstract—Error diffusion is a well-known algorithm used for converting a gray-scale image into a bin...
A Bilateral filter is basically an edge-preserving and smoothing, non-linear filter. It consists of ...
Directional decomposition of an image consists of separating it into several components, each contai...
Through affordable smartphones and lower costs for mobile internet access, mobile communication by m...
The presented work deals with the efficient implementation of volumetric diffusion filters on modern...