. We present a fast resampling scheme using vector quantization. Our method differs from prior work applying vector quantization to speeding up image and volume processing in two essential aspects. First, our method uses blocks with overlapping rather than disjoint extents. Second, we present a means of trading off smaller block sizes for additional computation. These two innovations allow vector quantization to be used in performing a broader class of operations. We demonstrate the performance of our method in warping both images and volumes, and have also implemented a ray-traced volume renderer utilizing this technique. Experiments demonstrate a speed up of 2-3 times over conventional resampling with minimal errors. 1 Introduction Resam...
利用矢量压缩的方法进行立体绘制,一个不足是根据码本生成的Pixmap图无法应用于立体投影中的每一点,为了克服这些缺点,提出了具有Shear Warp的矢量化算法.它充分发挥了矢量量化的压缩比,以及不需...
Vector quantization (VQ) is an established data compression technique. It has been successfully used...
Volume rendering is a technique for simultaneous visualization of surfaces and inner structures of o...
. We present a fast resampling scheme using vector quantization. Our method differs from prior work ...
Volume rendering based on vector quantization can take advantage of code book to render directly fro...
Volume rendering is a widespread method for displaying graphical models in fields such as medical vi...
Image compression is the process of reducing the number of bits required to represent an image. Vect...
We present a new algorithm for rescaling images inspired by fractal coding. It uses a statistical mo...
Volume rendering is a widespread method for displaying graphical models in fields such as medical vi...
Volume rendering is a technique to display 3D volumetric data sets as 2D images. Main computation in...
A vector quantization algorithm is presented which accomplishes image restoration concurrently with ...
[[abstract]]Rendering geometrically detailed 3D polygonal models is both bandwidth and computational...
We present a parallel system capable of rendering multi-gigabyte data sets on a multi-megapixel disp...
Modern scanners are able to deliver a huge amount of 3D data points sampled on the object’s surface,...
We present a novel method of image expansion using vector quantisation. The algorithm is inspired by...
利用矢量压缩的方法进行立体绘制,一个不足是根据码本生成的Pixmap图无法应用于立体投影中的每一点,为了克服这些缺点,提出了具有Shear Warp的矢量化算法.它充分发挥了矢量量化的压缩比,以及不需...
Vector quantization (VQ) is an established data compression technique. It has been successfully used...
Volume rendering is a technique for simultaneous visualization of surfaces and inner structures of o...
. We present a fast resampling scheme using vector quantization. Our method differs from prior work ...
Volume rendering based on vector quantization can take advantage of code book to render directly fro...
Volume rendering is a widespread method for displaying graphical models in fields such as medical vi...
Image compression is the process of reducing the number of bits required to represent an image. Vect...
We present a new algorithm for rescaling images inspired by fractal coding. It uses a statistical mo...
Volume rendering is a widespread method for displaying graphical models in fields such as medical vi...
Volume rendering is a technique to display 3D volumetric data sets as 2D images. Main computation in...
A vector quantization algorithm is presented which accomplishes image restoration concurrently with ...
[[abstract]]Rendering geometrically detailed 3D polygonal models is both bandwidth and computational...
We present a parallel system capable of rendering multi-gigabyte data sets on a multi-megapixel disp...
Modern scanners are able to deliver a huge amount of 3D data points sampled on the object’s surface,...
We present a novel method of image expansion using vector quantisation. The algorithm is inspired by...
利用矢量压缩的方法进行立体绘制,一个不足是根据码本生成的Pixmap图无法应用于立体投影中的每一点,为了克服这些缺点,提出了具有Shear Warp的矢量化算法.它充分发挥了矢量量化的压缩比,以及不需...
Vector quantization (VQ) is an established data compression technique. It has been successfully used...
Volume rendering is a technique for simultaneous visualization of surfaces and inner structures of o...