Download PDF by Mohammed Ghanbari: Standard Codecs (Iet Telecommunications Series), 3rd Edition

By Mohammed Ghanbari

ISBN-10: 086341964X

ISBN-13: 9780863419645

An absolutely revised and considerably up-to-date 2d variation of the best-selling identify: 'An creation to straightforward Codecs', (IEE 1999, top publication of the yr 2000 by means of IEE) this ebook discusses the expansion of electronic tv expertise and the revolution in picture and video compression (such as JPEG2000, broadcast television, video phone), highlighting the necessity for standardisation in processing static and relocating photos and their alternate among machine systems.ITU and ISO/IEC criteria at the moment are commonly accredited within the picture/video coding field.This publication offers an authoritative clarification of photograph and video coding algorithms, operating from easy rules via to the complex video-compression structures now being built. one among its major goals is to explain the explanations in the back of the advent of a customary codec for a selected program and its selected parameter. This e-book will permit readers to understand the basics had to layout a video codec for any given program and will turn out to be a beneficial source for engineers operating during this field.Also available:Telecommunication Networks, 2d variation - ISBN 9780852968840Telecommunications site visitors, price lists and prices - ISBN 9780863411458

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Additional resources for Standard Codecs (Iet Telecommunications Series), 3rd Edition

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3 shows the luminance and chrominance components for the 4:2:2 image format. 3 Sampling pattern for 4:2:2 (CCIR-601) and 4:2:0 SIF alternate luminance sample, but the chrominance components are present in every line. For SIF pictures, there is a pair of chrominance samples for every four luminance pixels as shown in the figure. Thus, in SIF, the horizontal and vertical resolutions of luminance will be half of the source resolutions, but for the chrominance, while horizontal resolution is halved, the vertical resolution has to be one quarter.

However, for higher-quality video the chrominance bandwidth can even be made equal to the luminance. Hence, there will be a pair of chrominance pixels for every luminance pixel, and the image format is called 4:4:4. In some cases, HDTV is progressive to improve vertical resolution. It is common practice to define image format in terms of relations between 8 Â 8 pixel blocks and a macroblock of 16 Â 16 pixels. The concept of macroblock and block is explained in Chapter 6. 8 shows how blocks of luminance and chrominance in various 4:2:0, 4:2:2 and 4:4:4 image formats are defined.

E. horizontal blanking interval). 5. Repeat problem 4 for CCIR-601/525. 6. Find the bit rate per second of the following video formats (only active pixels are considered): a. CCIR-601/625; 4:2:2 b. CCIR-601/525; 4:2:2 c. SIF/625; 4:2:0 d. SIF/525; 4:2:0 e. CIF f. SIF/625; 4:1:1 g. SIF/525; 4:1:1 h. QCIF (15 Hz) i. Sub-QCIF (10 Hz) 7. The luminance values of a set of pixels in a CCIR-601 video are as follows: 128; 128; 128; 120; 60; 50; 180; 154; 198; 205; 105; 61; 93; 208; 250; 190; 128; 128; 128.

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Standard Codecs (Iet Telecommunications Series), 3rd Edition by Mohammed Ghanbari

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