Abteilung
Neuromorphe Informationsverarbeitung
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Startseite
Forschung
Maschinelles Lernen
Neuroprothetik und neuroinspirierte Signalverarbeitung
Mainframes und Enterprise Computing
Eingebettete Systeme
Spikende Neuronale Netze
Publikationen
Abteilung
Übersicht
Prof. Dr. Martin Bogdan
Sekretariat
Dr. Sophie Adama
Dr. Jörn Hoffmann
Max Braungardt
Mahsa Raeiati Banadkooki
Marc Franke
Clemens Fritzsch
Dominik Krenzer
Maksim Kukushkin
Benjamin Schindler
Patrick Schöfer
Ferney Beltran Velandia
Lehre
Sommersemester 2026
Wintersemester 2025/26
Sommersemester 2025
Wintersemester 2024/25
Frühere Semester
Vorlagen
Abschlussarbeiten
Impressum
Detecting Cognitive Load Levels by Means of Brain-Computer-Interface Methodology
Detection of Motor Planning and Suppression with the help of Electroencephalography
Vishnoo – An Open-Source Software for Vision Research
A Hypothetical Free Synaptic Energy Function and Related States of Synchrony
On the capacity of transient states of synchrony in liquid state machines
Synchrony State Generation: an Approach using Stochastic Synapses
Neural mechanisms of brain-computer interface control
Real-time adaptive microstimulation increases reliability of electrically evoked cortical potentials
Classifying mental states with machine learning algorithms using alpha activity decline
Neural mechanisms of brain-computer interface control
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