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doc_phd_thesis/043_EndToEndRobustSystem/EndToEndRobustSystem.tex
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2018-07-06 17:56:46 +01:00

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\chapter{\HIGHLIGHT{Joint error resilience-concealment for robust video streaming}}
\label{Chapter:EndToEndRobustSystem}
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\section{Introduction}
In this chapter the error resilience and error concealment approaches proposed in the previous chapters, namely Chapter~\ref{Chapter:ErrorResilienceTechniques}~and~\ref{Chapter:ConcealmentAwareTechniques}, are combined to achieved an higher decoder video quality across different network conditions and applications.
This chapter presents a combined evaluation of different approaches and proposes a method to efficiently select the optimal one in terms of reconstructed quality.
This chapter is organised as follows. Section~\ref{Section6:Problem} presents the problem formulation and motivation for the method proposed in this chapter. \HIGHLIGHT{...}
Section~\ref{Section6:Summary} concludes this chapter.
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\section{Problem formulation}
\label{Section6:Problem}
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\section{Performance evaluation under different network condition}
\subsection{Test conditions}
\subsection{Experimental results}
\subsection{Discussion and conclusions}
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\section{Proposed architecture}
\label{Section6:ProposedMethod}
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\section{Error robustness optimisation}
\section{Optimisation method}
\subsection{Performance evaluation}
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\section{Error concealment optimisation based on MV differences}
\subsection{Experimental results}
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\section{Summary}
\label{Section6:Summary}