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Fix abreviations and equations referencing

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jfmcarreira
2018-12-10 19:19:32 +00:00
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010_Introduction/Introduction.tex
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\graphicspath{{010_Introduction}}
\glsreset{hevc}
\chapter{Introduction \VERSION{3}}
\label{Chapter:Intro}
\section{Context and motivation}
\glsreset{h264}
\glsunset{itut}
\glsunset{iso}
\glsunset{iec}
In recent years new advances in video compression and networking technologies have enabled the development of many multimedia applications over the internet, such as video conferencing, video streaming, video publishing, among others.
In recent years new advances in video compression and networking technologies have enabled the development of many multimedia applications over the Internet, such as video conferencing, video streaming, video publishing, among others.
The increasing diversity of services, the demand for high quality multimedia and the introduction of \ac{uhd} formats (\emph{e.g.}, $4k$ or $8k$ resolution and beyond) are pushing forward existing technologies and opening new research directions.
Moreover, the emerging new video formats with increased resolutions have created stronger needs for higher coding efficiency, beyond the previous standards, i.e., the \ac{h264}~\cite{H264AVCStandard2003,H264OverviewJul2003}.
Such need has been driven not only by higher resolutions but also by stereoscopic and multi-view video formats, which increase the number of viewpoints that need to be encoded and delivered simultaneously.
Moreover, the ever increasing traffic generated by mobile multimedia applications \cite{CiscoMobile1621_Feb2017} and different video services with growing popularity, e.g., Netflix, impose new challenges to the existing networks.
Such need has been driven not only by higher resolutions but also by 360-degree, stereoscopic and multi-view video formats, which increase the number of viewpoints that need to be encoded and delivered simultaneously.
Moreover, the ever increasing traffic generated by mobile multimedia applications \cite{CiscoMobile1621_Feb2017} and different video services with growing popularity (e.g., Netflix and Facebook) impose new challenges to the existing networks.
To cope with such demanding requirements a new coding standard was developed by the \ac{itut} \ac{vceg} and the \ac{iso}/\ac{iec} \ac{mpeg} standardisation organisations, referred to as H.265 - \ac{hevc}~\cite{H265StandardFeb2018,HEVCOverviewDez2012}.
\glsunset{h264}