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![]() Title:ANT - Advancing Neurofeedback (in Tinnitus) Authors:Patrick Neff, Danpeng Cai, Emily Groves, Lara Défayes, Sebastian Baez-Lugo, Adrian Naas, Payam S. Sadeghi Shabestari, Nicolas Henchoz, Andreas Sonderegger, Delphine Ribes Lemay and Tobias Kleinjung Conference:IEEE CBMS 2025 Tags:Audiovisual design, BCI, Clinical Neuroscience, Neurofeedback, real time M/EEG, Software engineering, Systems engineering and UX design Abstract: The Advancing Neurofeedback in Tinnitus (ANT) project aims to develop improved neurofeedback protocols and BCI technology by systematically designing engaging feedback stimuli and optimizing neural targets. General design principles for audiovisual feedback stimuli are established, system and software engineering for general purpose real-time M/EEG is developed, and ultimately integrated for the clinical use case tinnitus. This interdisciplinary effort combines expertise in clin- ical neuroscience, design, user experience research, psychology, and biomedical signal processing to create a novel neurofeed- back approach with potential for both clinical and home-based applications. ANT - Advancing Neurofeedback (in Tinnitus) ![]() ANT - Advancing Neurofeedback (in Tinnitus) | ||||
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