comparison docs/SMC15/smc2015template.tex @ 1713:261fbbb310fd

Write Up: Justify the toolbox
author Dave Moffat <djmoffat@users.noreply.github.com>
date Thu, 23 Apr 2015 16:00:55 +0100
parents 8bcfd1155b80
children d472818c0d4f
comparison
equal deleted inserted replaced
1712:8bcfd1155b80 1713:261fbbb310fd
163 background (types of research where this type of perceptual evaluation of audio is relevant)\\ 163 background (types of research where this type of perceptual evaluation of audio is relevant)\\
164 164
165 multiple stimulus perceptual evaluation \cite{bech}\\ 165 multiple stimulus perceptual evaluation \cite{bech}\\
166 166
167 goal, what are we trying to do? \\ 167 goal, what are we trying to do? \\
168 \begin{itemize}
169 \item Easy deployment - no propitiatory software required
170 \item Entirely scalable
171 \item Trial multiple participants simultaneously
172 \item Intuitive environment - everyone uses the internet
173 \item Can be hosted and run from single location with participants worldwide
174 \end{itemize}
175
176
168 177
169 other background papers (some SMC?)\\ 178 other background papers (some SMC?)\\
170 179
171 %\section{Design considerations}\label{sec:designconsiderations} % not necessary? with next (/previous) section? 180 %\section{Design considerations}\label{sec:designconsiderations} % not necessary? with next (/previous) section?
172 181
189 At this point, we have implemented the interface of the MATLAB-based APE Perceptual Evaluation for Audio toolbox \cite{deman2014b}, which shows one marker for each simultaneously evaluated audio fragment on one or more horizontal axes (to rate/rank the respective fragments), as well as a comment box for every marker, and any extra text boxes for extra comments. See \ref{fig:interface} for an example of the interface, with 10 fragments and one axis. However, the back end of this test environment allows for many more established and novel interfaces for listening tests, particularly ones where the subject only assesses audio without manipulating it (i.e. method of adjustment, which would require additional features to be implemented). 198 At this point, we have implemented the interface of the MATLAB-based APE Perceptual Evaluation for Audio toolbox \cite{deman2014b}, which shows one marker for each simultaneously evaluated audio fragment on one or more horizontal axes (to rate/rank the respective fragments), as well as a comment box for every marker, and any extra text boxes for extra comments. See \ref{fig:interface} for an example of the interface, with 10 fragments and one axis. However, the back end of this test environment allows for many more established and novel interfaces for listening tests, particularly ones where the subject only assesses audio without manipulating it (i.e. method of adjustment, which would require additional features to be implemented).
190 199
191 \begin{figure*}[htbp] 200 \begin{figure*}[htbp]
192 \begin{center} 201 \begin{center}
193 \includegraphics[width=0.9\textwidth]{interface.png} 202 \includegraphics[width=0.9\textwidth]{interface.png}
194 \caption{Example of interface, with 1 axis and 10 fragments} 203 \caption{Example of interface, with 1 axis and 11 fragments}
195 \label{fig:interface} 204 \label{fig:interface}
196 \end{center} 205 \end{center}
197 \end{figure*} 206 \end{figure*}
198 207
199 208