Publications

Towards BCIs in stroke rehabilitation - Initial tests with robotic feedback

Towards BCIs in stroke rehabilitation - Initial tests with robotic feedback Towards BCIs in stroke rehabilitation - Initial tests with robotic feedback.pdf 156.55 kB

P300 speller experiment - Hyperscanning

P300 speller experiment - Hyperscanning P300 speller experiment - Hyperscanning.pdf 263.41 kB

Generic Tool for Online Classification of Physical and Mental Workload

Generic Tool for Online Classification of Physical and Mental Workload Generic Tool for Online Classification of Physical and Mental Workload.pdf 283.48 kB

A tactile P300 Brain-Computer Interface

A tactile P300 Brain-Computer Interface A tactile P300 Brain-Computer Interface.pdf 422.91 kB

Physiologic changes related to different stages of normobaric hypoxia

Physiologic changes related to different stages of normobaric hypoxia Physiologic_changes_related_to_different_stages_of_normobaric_hypoxia.pdf 24.95 kB

A Unified Based Description of the Contents of BCI

A Unified Based Description of the Contents of BCI paper.pdf 1.01 MB

BCI_Control_with_Dry_EEG_Electrodes

BCI_Control_with_Dry_EEG_Electrodes GugerDryElectrodes.pdf 495.28 kB

Accuracy of a P300 Speller for Different Conditions

Accuracy of a P300 Speller for Different Conditions Ortner_P300_Accuracy.pdf 460.62 kB

Real-time position reconstruction with hippocampal place cells

Real-time position reconstruction with hippocampal place cells fnins-05-00085.pdf 1.05 MB

Extracting Features for a Brain-Computer Interface by Self-Organising Fuzzy Neural Network-based Time Series Prediction

Extracting Features for a Brain-Computer Interface by Self-Organising Fuzzy Neural Network-based Time Series Prediction BCI_EMB04_Colye.pdf 368.16 kB

Controlling a Virtual Smart Home by Means of a P300 Brain-Computer Interface

Controlling a Virtual Smart Home by Means of a P300 Brain-Computer Interface SH_P300.pdf 256.43 kB

How Many People are Able to Control a P300-Based Brain-Computer Interface (BCI)?

How Many People are Able to Control a P300-Based Brain-Computer Interface (BCI)? gtec_poster_BCI.pdf 269.18 kB

Real-time EEG Analysis with Subject-Specific Spatial Patterns for a Brain-Computer Interface (BCI)

Real-time EEG Analysis with Subject-Specific Spatial Patterns for a Brain-Computer Interface (BCI) Real_time_EEG_BCI.pdf 127.96 kB

Rapid Prototyping of an EEG-based Brain-Computer Interface (BCI)

Rapid Prototyping of an EEG-based Brain-Computer Interface (BCI) RapidPrototypingBCI.pdf 373.13 kB

Position Reconstruction of Rodent Movements based on Neural Spike Information of Place Cells

Position Reconstruction of Rodent Movements based on Neural Spike Information of Place Cells Proceedings.pdf 430.80 kB

How many people are able to control a P300-based brain–computer interface (BCI)?

How many people are able to control a P300-based brain–computer interface (BCI)? NSL26188.pdf 506.21 kB

How Many People are Able to Operate an EEG-Based Brain-Computer Interface (BCI)?

How Many People are Able to Operate an EEG-Based Brain-Computer Interface (BCI)? how_many_people_EEG.pdf 429.58 kB

Control of a Smart Home with a Brain-Computer Interface

Control of a Smart Home with a Brain-Computer Interface GugerSmartHomev2.pdf 214.49 kB

Effects of a fast cable car ascent to an altitude of 2700 meters on EEG and ECG

Effects of a fast cable car ascent to an altitude of 2700 meters on EEG and ECG EffectCableCarEEG.pdf 194.77 kB

EEG, ECG and oxygen concentration changes from sea level to a simulated altitude of 4000m and back to sea level

EEG, ECG and oxygen concentration changes from sea level to a simulated altitude of 4000m and back to sea level EEG&ECG4000m.pdf 476.97 kB

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