Wyner-Ziv Video Coding using Hadamard Transform and Deep Learning

Abstract

Predictive schemes are current standards of video coding. Unfortunately they do not apply well for lightweight devices such as mobile phones. The high encoding complexity is the bottleneck of the Quality of Experience (QoE) of a video conversation between mobile phones. A considerable amount of research has been conducted towards tackling that bottleneck. Most of the schemes use the so-called Wyner-Ziv Video Coding Paradigm, with results still not comparable to those of predictive coding. This paper shows a novel approach for Wyner-Ziv video compression. It is based on the Reinforcement Learning and Hadamard Transform. Our Scheme shows very promising results.

Authors and Affiliations

Jean-Paul Kouma, Ulrik Soderstrom

Keywords

Related Articles

State of the Art Exploration Systems for Linked Data: A Review

The ever-increasing amount of data available on the web is the result of the simplicity of sharing data over the current Web. To retrieve relevant information efficiently from this huge dataspace, a sophisticated search...

Architecture Considerations for Big Data Management

A network architecture is concerned with holistic view of interconnection of different nodes with each other. This refers to both physical and logical ways of interconnection of all nodes in the network. The way in which...

Sectorization of Full Kekre’s Wavelet Transform for Feature extraction of Color Images

An innovative idea of sectorization of Full Kekre’s Wavelet transformed (KWT)[1] images for extracting the features has been proposed. The paper discusses two planes i.e. Forward plane (Even plane) and backward plane (Od...

A Systematic Literature Review of Success Factors and Barriers of Agile Software Development

Motivator and demotivator plays an important role in software industry. It encompasses software performance and productivity which are necessary for projects of Agile software development (ASD). Existing studies comprise...

Synthetic Loads Analysis of Directed Acyclic Graphs for Scheduling Tasks

Graphs are structures used in different areas of scientific research, for the ease they have to represent different models of real life. There is a great variety of algorithms that build graphs with very dissimilar chara...

Download PDF file
  • EP ID EP112543
  • DOI 10.14569/IJACSA.2016.070779
  • Views 121
  • Downloads 0

How To Cite

Jean-Paul Kouma, Ulrik Soderstrom (2016). Wyner-Ziv Video Coding using Hadamard Transform and Deep Learning. International Journal of Advanced Computer Science & Applications, 7(7), 582-589. https://europub.co.uk/articles/-A-112543