Digital Video Concepts, Methods, and Metrics
Quality, Compression, Performance, and Power Trade-off Analysis
by Shahriar Akramullah
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The practical aspects are many: Uploading video to the Internet is only the beginning of a trend where a consumer controls video quality and speed by trading off various other factors. Open source and proprietary applications such as video e-mail, private party content generation, editing and archiving, and cloud asset management would give further control to the end-user.
Digital video is frequently compressed and coded for easier storage and transmission. This process involves visual quality loss due to typical data compression techniques and requires use of high performance computing systems. A careful balance between the amount of compression, the visual quality loss and the coding speed is necessary to keep the total system cost down, while delivering a good user experience for various video applications. At the same time, power consumption optimizations are also essential to get the job done on inexpensive consumer platforms.
Trade-offs can be made among these factors, and relevant considerations are particularly important in resource-constrained low power devices. To better understand the trade-offs this book discusses a comprehensive set of engineering principles, strategies, methods and metrics. It also exposes readers to approaches on how to differentiate and rank video coding solutions. 
Book Description
Digital Video Concepts, Methods, and Metrics: Quality, Compression, Performance, and Power Trade-off Analysis is a concise reference for professionals in a wide range of applications and vocations. It focuses on giving the reader mastery over the concepts, methods and metrics of digital video coding, so that readers have sufficient understanding to choose and tune coding parameters for optimum results that would suit their particular needs for quality, compression, speed and power.The practical aspects are many: Uploading video to the Internet is only the beginning of a trend where a consumer controls video quality and speed by trading off various other factors. Open source and proprietary applications such as video e-mail, private party content generation, editing and archiving, and cloud asset management would give further control to the end-user.
Digital video is frequently compressed and coded for easier storage and transmission. This process involves visual quality loss due to typical data compression techniques and requires use of high performance computing systems. A careful balance between the amount of compression, the visual quality loss and the coding speed is necessary to keep the total system cost down, while delivering a good user experience for various video applications. At the same time, power consumption optimizations are also essential to get the job done on inexpensive consumer platforms.
Trade-offs can be made among these factors, and relevant considerations are particularly important in resource-constrained low power devices. To better understand the trade-offs this book discusses a comprehensive set of engineering principles, strategies, methods and metrics. It also exposes readers to approaches on how to differentiate and rank video coding solutions.
This open book is licensed under a Creative Commons License (CC BY-NC-ND). You can download Digital Video Concepts, Methods, and Metrics ebook for free in PDF format (8.9 MB).
Table of Contents
Chapter 1
Introduction
Chapter 2
Digital Video Compression Techniques
Chapter 3
Video Coding Standards
Chapter 4
Video Quality Metrics
Chapter 5
Video Coding Performance
Chapter 6
Power Consumption by Video Applications
Chapter 7
Video Application Power Consumption on Low-Power Platforms
Chapter 8
Performance, Power, and Quality Tradeoff Analysis
Chapter 9
Conclusion
Appendix A
Appendix
Book Details
Title
Digital Video Concepts, Methods, and Metrics
Subject
Computer Science
Publisher
Apress
Published
2014
Pages
359
Edition
1
Language
English
ISBN13
9781430267126
ISBN10
1430267127
ISBN13 Digital
9781430267133
ISBN10 Digital
1430267135
PDF Size
8.9 MB
License
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