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==The Software== | ==The Software== | ||
[[wikipedia:TeamViewer]] | |||
[[ | |||
TeamViewer is a teleconferencing software, geared towards setting up "meetings" between remote users (up to 25 participants), with an emphasis on presentation and screen sharing. The software's most significant features relate to the interactivity between a displayed screen and users, with several levels of participation (audio only, video only, etc.) selectable for different members of a meeting. It also supports large numbers of present users, and generates unique meetings with invitations and private ids. | TeamViewer is a teleconferencing software, geared towards setting up "meetings" between remote users (up to 25 participants), with an emphasis on presentation and screen sharing. The software's most significant features relate to the interactivity between a displayed screen and users, with several levels of participation (audio only, video only, etc.) selectable for different members of a meeting. It also supports large numbers of present users, and generates unique meetings with invitations and private ids. | ||
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===Sound Control=== | ===Sound Control=== | ||
[[File: | [[File:TeamViewerAudio.png|thumb|The audio settings within TeamViewer.]] | ||
The control available in TeamViewer for audio is limited, but has a few important features. First, it has a variable volume, separate from that of the internal mic level control built into the OSX operating system. More interestingly, the application includes a variable noise gate, with an associated volume meter, allowing a user to easily select a threshold for a noise gate. Outside this relatively noise threshold (which appears to act as a simple gate with slightly ramped amplitude crossfade when cutting in and out) there is only a selection of input and output destinations. | The control available in TeamViewer for audio is limited, but has a few important features. First, it has a variable volume, separate from that of the internal mic level control built into the OSX operating system. More interestingly, the application includes a variable noise gate, with an associated volume meter, allowing a user to easily select a threshold for a noise gate. Outside this relatively noise threshold (which appears to act as a simple gate with slightly ramped amplitude crossfade when cutting in and out) there is only a selection of input and output destinations. | ||
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===Examples=== | ===Examples=== | ||
Here is an example of the sound quality during the feedback experiments, as directly recorded without any processing or filtering in San Diego: | |||
Transmission recorded in San Diego | '''Transmission recorded in San Diego''' | ||
<flashmp3 id="exampleSD">exampleSD.mp3</flashmp3> | <flashmp3 id="exampleSD">exampleSD.mp3</flashmp3> | ||
<br><br> | |||
And here an example of the sound quality of Brendan normally speaking, recorded in Weimar:<br> | |||
'''Transmission recorded in Weimar'''<br> | |||
<flashmp3 id="TeamViewerSpeech.mp3">TeamViewerSpeech.mp3</flashmp3> | <flashmp3 id="TeamViewerSpeech.mp3">TeamViewerSpeech.mp3</flashmp3> | ||