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5 papers match

cs.HC2026

Toward Annotation-Efficient Continuous Emotion Arousal Quantification via Group-Level EEG Dynamic Neural Synchrony

Guandong Pan, Yaqian Yang, Shi Chen +4

The paper proposes using group-level EEG dynamic neural synchrony as a signal to continuously quantify emotional arousal without needing per‑subject manual annotations, showing tha…

#eeg#emotional arousal#dynamic neural synchrony#group-level analysis
cs.LG2026

EEG-based AI-BCI Wheelchair Advancement: Transformer-Based Learning with Motor Imagery for Brain Computer Interface

Bipul Thapa, Biplov Paneru, Bishwash Paneru +1

The paper proposes a Transformer‑based deep learning model (TFormerEEG) to classify motor‑imagery EEG signals for controlling a simulated wheelchair, achieving over 90% accuracy.

#brain-computer interface#wheelchair control#motor imagery#EEG
cs.LG2026

AnySleep: a channel-agnostic deep learning system for high-resolution sleep staging in multi-center cohorts

Niklas Grieger, Jannik Raskob, Siamak Mehrkanoon +1

AnySleep is a deep learning system that automatically stages sleep using EEG or EOG data at flexible time resolutions, and it works well across many clinical sites and electrode se…

#sleep staging#deep learning#EEG#EOG
cs.AI2026

Learning Residual Kinematic Corrections for Continuous Neural Decoding via Reinforcement Learning

Jiamian Li, Niall McShane, Attila Korik +6

The paper introduces a two‑stage framework that uses reinforcement learning to correct residual errors in continuous 3‑D motor‑imagery decoding from EEG, improving accuracy over a…

#brain-computer interfaces#motor imagery#reinforcement learning#kinematic decoding
cs.LG2026

DiffEEG: A Self-Supervised Denoising Diffusion Model for Learning EEG Generic Representations

Abdulkader Helwan, Lina Abou-Abbas, Hussein El Amouri +2

The paper introduces DiffEEG, a self‑supervised diffusion model that learns generic EEG representations from millions of unlabeled recordings and fine‑tunes them with reinforcement…

#eeg#seizure detection#self-supervised learning#diffusion models