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Effect of subject training on a movement-related cortical potential-based brain-computer interface.

, , , , and . Biomed. Signal Process. Control., (2018)

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Autonomous Wheelchair for Patients with Severe Motor Disabilities., , , and . ICINCO (2), page 93-101. SciTePress, (2013)A Brain-Computer-Interface to Combat Musculoskeletal Pain., , , , , , , , and . Brain-Computer Interface Research (5), (2017)The Changing Brain: Bidirectional Learning Between Algorithm and User., , , , , , , and . Brain-Computer Interface Research (4), Springer, (2015)Classification of Hand Grasp Kinetics and Types Using Movement-Related Cortical Potentials and EEG Rhythms., , , , , and . Comput. Intell. Neurosci., (2017)Effect of subject training on a movement-related cortical potential-based brain-computer interface., , , , and . Biomed. Signal Process. Control., (2018)Detection of Error-Related Potentials in Stroke Patients from EEG Using an Artificial Neural Network., , , and . Sensors, 21 (18): 6274 (2021)Designing a brain computer interface for control of an assistive robotic manipulator using steady state visually evoked potentials., , , , and . ICORR, page 1067-1072. IEEE, (2019)Comparison of feature selection and classification methods for a brain-computer interface driven by non-motor imagery., , and . Medical Biol. Eng. Comput., 48 (2): 123-132 (2010)Detection of movement-related cortical potentials based on subject-independent training., , , , , and . Medical Biol. Eng. Comput., 51 (5): 507-512 (2013)Classification of error-related potentials from single-trial EEG in association with executed and imagined movements: a feature and classifier investigation., , , , and . Medical Biol. Eng. Comput., 58 (11): 2699-2710 (2020)