Mercurial > hg > webaudioevaluationtool
comparison docs/WAC2016/WAC2016.tex @ 731:58c37ecb46eb
Paper: expanded listening test table, added (temporary?) interface table
author | Brecht De Man <BrechtDeMan@users.noreply.github.com> |
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date | Mon, 12 Oct 2015 18:44:57 +0100 |
parents | a48b6a2c7489 |
children | c71285efba76 |
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730:a48b6a2c7489 | 731:58c37ecb46eb |
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146 | 146 |
147 Situating the Web Audio Evaluation Tool between other currently available evaluation tools, ... | 147 Situating the Web Audio Evaluation Tool between other currently available evaluation tools, ... |
148 | 148 |
149 % only browser-based? | 149 % only browser-based? |
150 \begin{table*}[ht] | 150 \begin{table*}[ht] |
151 \caption{Table with existing listening test platforms and their features} | 151 \caption{Table with existing listening test platforms and their features} |
152 \begin{center} | 152 \begin{center} |
153 \begin{tabular}{|*{6}{l|}} | 153 \begin{tabular}{|*{6}{l|}} |
154 \hline | 154 \hline |
155 \textbf{Name} & \textbf{Ref.} & \textbf{Language} & \textbf{Interfaces} & \textbf{Remote} & \textbf{All UI} \\ | 155 \textbf{Name} & \textbf{Ref.} & \textbf{Language} & \textbf{Interfaces} & \textbf{Remote} & \textbf{All UI} \\ |
156 \hline | 156 \hline |
157 APE & \cite{ape} & MATLAB & multiple stimulus one axis & & \\ | 157 APE & \cite{ape} & MATLAB & multi-stimulus, 1 axis per attribute & & \\ |
158 BeaqleJS & \cite{beaqlejs} & JavaScript & & not natively supported & \\ | 158 BeaqleJS & \cite{beaqlejs} & JavaScript & ABX, MUSHRA & (not natively supported) & \\ |
159 HULTI-GEN & \cite{hultigen} & MAX & & & \checkmark \\ | 159 HULTI-GEN & \cite{hultigen} & MAX & & & \checkmark \\ |
160 \textbf{WAET} & \cite{waet} & JavaScript & \textbf{all of the above} & \checkmark & \checkmark \\ | 160 mushraJS & \footnote{https://github.com/akaroice/mushraJS} & JavaScript & MUSHRA & \checkmark & \\ |
161 \hline | 161 MUSHRAM & \cite{mushram} & MATLAB & MUSHRA & & \\ |
162 \end{tabular} | 162 Scale & \cite{scale} & MATLAB & & & \\ |
163 \end{center} | 163 WhisPER & \cite{whisper} & MATLAB & & & \checkmark \\ |
164 \label{tab:toolboxes} | 164 \textbf{WAET} & \cite{waet} & JavaScript & \textbf{all of the above} & \checkmark & \checkmark \\ |
165 \end{table*}% | 165 \hline |
166 \end{tabular} | |
167 \end{center} | |
168 \label{tab:toolboxes} | |
169 \end{table*}% | |
170 | |
171 \begin{table*}[ht] | |
172 \caption{Table with interfaces and which toolboxes support them} | |
173 \begin{center} | |
174 \begin{tabular}{|*{5}{l|}} | |
175 \hline | |
176 \textbf{Interface} & \textbf{HULTI-GEN} & \textbf{Scale} & \textbf{WhisPER} & \textbf{WAET} \\ | |
177 \hline | |
178 MUSHRA (ITU-R BS. 1534) & \checkmark & & & \checkmark \\ | |
179 Rank scale & \checkmark & & & \checkmark \\ | |
180 Likert scale & \checkmark & & \checkmark & \checkmark \\ | |
181 ABC/HR (ITU-R BS. 1116) & \checkmark & & & \checkmark \\ | |
182 -50 to 50 Bipolar with Ref & \checkmark & & & \checkmark \\ | |
183 Absolute Category Rating (ACR) Scale & \checkmark & & & \checkmark \\ | |
184 Degredation Category Rating (DCR) Scale & \checkmark & & & \checkmark \\ | |
185 Comparison Category Rating (CCR) Scale & \checkmark & & \checkmark & \checkmark \\ | |
186 9 Point Hedonic Category Rating Scale & \checkmark & & \checkmark & \checkmark \\ | |
187 ITU-R 5 Point Continuous Impairment Scale & \checkmark & & & \checkmark \\ | |
188 Pairwise Comparison (Better/Worse) & \checkmark & & & \checkmark \\ | |
189 APE style & & & & \checkmark \\ | |
190 Multi attribute ratings & \checkmark & & & \checkmark \\ | |
191 AB Test & \checkmark & & & \checkmark \\ | |
192 ABX Test & \checkmark & & & \checkmark \\ | |
193 ``Adaptive psychophysical methods'' & & & \checkmark & \\ | |
194 Repertory Grid Technique (RGT) & & & \checkmark & \\ | |
195 (Semantic differential) & & & (\checkmark) & \\ % same as a few of the above | |
196 \hline | |
197 \end{tabular} | |
198 \end{center} | |
199 \label{tab:toolboxes} | |
200 \end{table*}% | |
166 | 201 |
167 % about BeaqleJS | 202 % about BeaqleJS |
168 ... However, BeaqleJS \cite{beaqlejs} does not make use of the Web Audio API, %requires programming knowledge... | 203 ... However, BeaqleJS \cite{beaqlejs} does not make use of the Web Audio API, %requires programming knowledge?... |
169 | 204 |
170 % | 205 % |
171 Selling points: remote tests, visualisaton, create your own test in the browser, many interfaces, few/no dependencies, flexibility | 206 Selling points: remote tests, visualisaton, create your own test in the browser, many interfaces, few/no dependencies, flexibility |
172 | 207 |
173 As recruiting participants can be very time-consuming, and as for some tests a large number of participants is needed, browser-based tests \cite{schoeffler2015mushra}. However, to our knowledge, no tool currently exists that allows the creation of a remotely accessible listening test. % I wonder what you can do with Amazon Mechanical Turk and the likes. | 208 As recruiting participants can be very time-consuming, and as for some tests a large number of participants is needed, browser-based tests \cite{schoeffler2015mushra}. However, to our knowledge, no tool currently exists that allows the creation of a remotely accessible listening test. % I wonder what you can do with Amazon Mechanical Turk and the likes. |
256 | 291 |
257 \section{Interfaces} % title? 'Front end'? % Dave | 292 \section{Interfaces} % title? 'Front end'? % Dave |
258 | 293 |
259 The purpose of this listening test framework is to allow any user the maximum flexibility to design a listening test for their exact application with minimum effort. To this end, a large range of standard listening test interfaces have been implemented. A review of existing listening test frameworks was undertaken and presented in~\Cref{tab:toolboxes}. HULTI-GEN~\cite{hultigen} is a single toolbox that presents the user with a large number of different test interfaces and allows for customisation of each test interface. | 294 The purpose of this listening test framework is to allow any user the maximum flexibility to design a listening test for their exact application with minimum effort. To this end, a large range of standard listening test interfaces have been implemented. A review of existing listening test frameworks was undertaken and presented in~\Cref{tab:toolboxes}. HULTI-GEN~\cite{hultigen} is a single toolbox that presents the user with a large number of different test interfaces and allows for customisation of each test interface. |
260 | 295 |
261 To provide users with a flexible system, a large range of `standard' listening test interfaces have been implemented, including: | 296 To provide users with a flexible system, a large range of `standard' listening test interfaces have been implemented, including: % pretty much the same wording as two sentences earlier |
262 \begin{itemize}[noitemsep,nolistsep] | 297 \begin{itemize}[noitemsep,nolistsep] |
263 \item MUSHRA (ITU-R BS. 1534)~\cite{recommendation20031534} | 298 \item MUSHRA (ITU-R BS. 1534)~\cite{recommendation20031534} |
264 \begin{itemize} | 299 \begin{itemize} |
265 \item Multiple stimuli are presented and rated on a continuous scale, which includes a reference, hidden reference and hidden anchors. | 300 \item Multiple stimuli are presented and rated on a continuous scale, which includes a reference, hidden reference and hidden anchors. |
266 \end{itemize} | 301 \end{itemize} |