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https://doi.org/10.1007/978-3-031-80119-8_13

A State of the Art Overview on Biosignal-Based User-Adaptive Video Conferencing Systems

Video conferencing systems are widely used in times of distributed teams since they support flexible work arrangements. However, they have negative impacts on users, such as lacking eye gaze or zoom fatigue. Adaptive interventions in video conferences based on user...



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A State of the Art Overview on Biosignal-Based User-Adaptive Video Conferencing Systems

https://doi.org/10.1007/978-3-031-80119-8_13

Video conferencing systems are widely used in times of distributed teams since they support flexible work arrangements. However, they have negative impacts on users, such as lacking eye gaze or zoom fatigue. Adaptive interventions in video conferences based on user...



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https://doi.org/10.1007/978-3-031-80119-8_13

A State of the Art Overview on Biosignal-Based User-Adaptive Video Conferencing Systems

Video conferencing systems are widely used in times of distributed teams since they support flexible work arrangements. However, they have negative impacts on users, such as lacking eye gaze or zoom fatigue. Adaptive interventions in video conferences based on user...

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      A State of the Art Overview on Biosignal-Based User-Adaptive Video Conferencing Systems
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      Video conferencing systems are widely used in times of distributed teams since they support flexible work arrangements. However, they have negative impacts on users, such as lacking eye gaze or zoom fatigue. Adaptive interventions in video conferences based on user...
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      Video conferencing systems are widely used in times of distributed teams since they support flexible work arrangements. However, they have negative impacts on users, such as lacking eye gaze or zoom fatigue. Adaptive interventions in video conferences based on user...
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