JPEG XR an Image Coding Standard

JPEG XR scalable coding for remote image browsing applications

Implementation of Lapped Biorthogonal Transform for JPEG-XR Image Coding

Advancements in digital image devices have culminated in increase in image size and quali‐ ty. High quality digital images are required in different fields of life for example in medical, surveillance, commercials, space imaging, mobile phones, play stations and digital cameras. As a result, memory requirement for storing these high quality images has been increased enormously. Moreover, if we ...

The JPEG 2000 Image Coding Standard

When it comes to image coding, JPEG is the first thing that comes to mind. JPEG is the most widely used compression Standard for true color continuous-tone images. It was created by the Joint Photographic Experts Group (http://www.jpeg.org/) around 10 years ago, and although it delivers good quality at lowand medium-compression ratios, it lacks flexibility of use and its quality at high compres...

Interactive Image Viewing in Mobile Devices Based on JPEG XR

Services for high definition image browsing on mobile devices require a careful design since the user experience is heavily depending on the network bandwidth, processing delay, display resolution, image quality. Modern applications require coding technologies providing tools for resolution and quality scalability, for accessing spatial regions of interest (ROI), for reducing the domain of the ...

An overview of the JPEG 2000 still image compression standard

In 1996, the JPEG committee began to investigate possibilities for a new still image compression standard to serve current and future applications. This initiative, which was named JPEG 2000, has resulted in a comprehensive standard (ISO 154447ITU-T Recommendation T.800) that is being issued in six parts. Part 1, in the same vein as the JPEG baseline system, is aimed at minimal complexity and m...