研究论文集

Visualization; Three-dimensional displays; Protocols; Avatars; Refining; Virtual environments; Motors; Motor imagery; virtual reality; brain-computer interfacing; digital twin

CNN; dry electrode; deep learning networks; emotion; graph theory; EEG; recognition

Heart rate; Accuracy; Urban areas; Gaze tracking; Brain modeling; Feature extraction; Electroencephalography; driver condition monitoring; EEG; biosensing; detection; classification

Learning systems; Electrodes; Deep learning; Visualization; Image synthesis; Contrastive learning; Motors; Visual Imagery; EEG signals; Contrastive Learning

Heating systems; Surveys; Seminars; Visualization; Brain; Accuracy; Electroencephalography; Electroencephalography; Taste Perception; Sweet and Sour; Brain Signals; MAV; Variance; Brain Heatmap

EEG, VEP, Visual processing, Color Preference

Electroencephalography; Feature extraction; Gaze tracking; Brain modeling; Physiology; Avatars; Convolutional neural networks; Machine Learning; Human-centered computing; EEG; Eye-tracking

Training; Surveys; Learning systems; Brain; Correlation; Reviews; Electroencephalography; reading; EEG; Scanning technique; SQ3R

Development, disgust, electrogastrography, gut–brain axis, interoception

conductive Velcro electrode; hook structure; biopotential detection; gesture recognition

Uterine Contraction, Electrohysterography, Tocodynamometer, Synchrony, Onset of Labor

Electromyography; adaptation models; Data models; Feature extraction; Convergence; Speech enhancement; Metalearning; electromyography (EMG); EMG-to-speech;meta-learning; personalized federated learning (PerFL); silent speech interface; transformers; voice synthesis

Visualization; Brain; Cognitive processes; Particle measurements; Electroencephalography; Task analysis; Informatics; Consumer Attention; Brain Response; Neuromarketing; EEG

earables , hearables , open-source hardware , OSHW , open wearables

Consciousness assessment, Glasgow coma scale, D-MaxApEn, electroencephalography

Brain; Decision making; Neuromarketing; Feature extraction; Electroencephalography; Entropy; Communications technology; EEG; neuromarketing; advertising video; purchase decision

Brain-computer interface; Electroencephalography; Electronic gadgets; Non-invasive; Smart home.

Electroencephalogram; Low-cost; Medical device; Raspberry Pi

Fractional empirical mode decomposition, Transcutaneous electrical nerve stimulation, Electroencephalogram, Attention, Scoring the effectiveness of the TENS therapy

Architecture, Avatar, Kubernetes, Spark, TensorFlow

Brain Computer Interface, Savitzky–Golay filter, EEG signals, Head-neck brace, SVM method.

BCI, SSVEP, EEG, OpenBCI, Ganglion board, Visual Stimuli

Robotic arm, Raspberry Pi, Machine learning, EEG Sensors

Hand and finger movement rehabilitation, post-stroke patients, Static Visual Stimuli, Kinesthetic Motor Imagery

Virtual environments, Nature Immersion, therepudic technology

Convolutional neural networks, Kinematic reconstruction, Long short-term memory, Lower-limb rehabilitation

Brain-Computer Interface (BCI), Cognition, Electroencephalography (EEG), Gaming, Virtual Reality (VR)

Underwater surface electromyography, rehabilitation, anti-swelling properties

Fitness traits, training, injury prevention, cognitive ability, Electroencephalography

Attention and memory, Human Attention Recognition System, identify attention levels

Exam anxiety, Mindfulness-Based Cognitive Therapy, Virtual Reality, BCI

Amyotrophic lateral sclerosis, eye-tracking, communication

Multimodal haptic perception, bimodal intelligent tactile sensor, triboelectric, human-machine integration

Cybersickness, virtual reality, biosignals, Improve VR experience

Visual Evoked Potentials, EEG, non-verbal human-machine communication

Brain-Computer Interfaces, motor imagery, deep learning, neurofeedback, locked-in syndrome

Inter-brain synchrony, brain-to-brain system, social abilities, human connection.

Contrastive Learning, EEG Signals, Mental Stress Assessment

Amyotrophic Lateral Sclerosis (ALS), electroencephalographic

infant's well-being: heart rate, ECG signals,

Electroencephalograph (EEG), language-specific datasets, Machine Learning

Prosthetics limbs, EEG controlled, AI based EEG Haptic Feedback

Wave energy harvester; Smart fisheries; Halbach-piezoelectric-electromagnetic structure; Self-powered; Self-sensing

internet of things, brain-controlled unmanned aerial vehicle, brain-computer interface, compressed-perceptual visual evoked potentials paradigm, human-machine closed-loop controller

Cognitive load, Games, Video games, Physiology, temperature measurement, Particle measurements, Atmospheric measurements

Open-BCI, Zebra finch, ECOG, Bird electrophysiology, open source EEG

EEG, BMI, Imagination, Resting-state, Visual Stimulation, Machine Learning

neuroeducation; neurohumanities; immersive spaces; neuroengineering; educational innovation

Wearable medical devices, Epidermal sensing, Electrophysiological signals, Liquid functional ink, Hirsute skin

Correlation coefficient; Visualization; Correlation; Animals; Semantics; Visual systems; Transformers; EEG; VEP; stimulation; brain; signal; acquisition; DC offset; filtration; correlation coefficient

Brain-Computer Interface (BCI), Electroencephalography (EEG), Exoskeleton, Knee, Lower Limb, Motor Imagery (MI), Transfer Learning.

passive movements; spatial–spectral filter; brain–computer interfaces; upper limb; EEG

Electrodes; Electroencephalography; Motion artifacts; Gold; Motion measurement; Correlation; Scalp; Ambulatory monitoring; electrodes; electroencephalography (EEG); motion artifacts; wearable sensors

EEG, evaluation, interaction input, user input preference

Cerebral blood flow · Continuous monitoring · Electrocardiography · Electroencephalography · Quantitative electroencephalography · Stroke

Pervasive computing; Filtering; Conferences; Brain modeling; Electroencephalography; Usability; Faces; BCI; ErrP; SSVEP; Hybrid BCI; ERP

Surveys; Productivity; Employment; Fatigue; Electroencephalography; Brain-computer interfaces; Real-time systems; Brain computer interface (BCl); Event related potential (ERP) techniques; Electroencephalography (EEG); Assembly line; fatigue analysis; P300

Touch; Air; Vibration; Stimulation; Somatosensory evoked potentials; Tactile sensations

Brain, Wavelet analysis, Feature extraction, Entropy, Electroencephalography, Discrete wavelet transforms, Pattern recognition

Cognitive load; Electroencephalography; Game interaction; Older adults

Biopotentials; Electroencephalography; Brain computer interface; Event-related potentials (ERPs); Auditory brainstem response (ABR); Mismatch negativity (MMN)

Circuits, Electroencephalography, Noise, Instruments, Feature extraction, Sensors, signal to noise ratio, Brain–computer interface, electroencephalography (EEG) acquisition circuit, EEG signal, reliability, temperature stability

Time-frequency analysis; Empirical mode decomposition; Feature extraction; Motors; Brain modeling; Electroencephalography; Decision trees; Empirical mode decomposition; ensemble of estimators

MATLAB, Diseases and conditions,

Brain-computer interface (BCI), EEG, fNIRS, HybridBCI, Locked-in syndrome (LIS), Completely locked-in syndrome (CLIS)

EEG, emotion recognition, real-time, PCA, Random Forest, humanities, neurohumanities, Descartes

In-Vehicle Information Systems, Cognitive Demands, Optimization, Visual/Auditory Modalities, Tactile Screen Tapping, Voice Commands, Visual Cues, Cognitive Load.

BIOENGINEERING, ENGINEERING PROFESSION, SIGNAL PROCESSING AND ANALYSIS, BRAIN COMPUTER, DATA DESCRIPTOR PAPER, DATASETS, ELECTRONICS AND COMMUNICATION, MACHINE LEARNING

Intra-oral Sensing, Occlusal Disease Recognition

applied computing, education, interactive learning environments

Emotion recognition, Electroencephalography, Brain modeling, Real-time systems, Solid modeling, Heart rate variability, Cognitive load

EEG, electroencephalography, covert speech, imagined speech, brain-computer interface, BCI

Convolutional network; Long and short-term memory; Action recognition; Kinematic modeling; Training assistance system.

aerogel antibacterial electrophysiological signal monitoring flexible electrode

EEG, emotion recognition, real-time, PCA, random forest, humanities, neurohumanities, Descartes

Anatomy, Electrodes, Membranes, Permeability, Sensors, electronic skins, pressure sensor, track-etched membranes, breathability, health monitoring

Physiological computing; Affective computing; Sport promotion

BCI Software Platforms; Node-RED; BrainFlow; IoT; OpenBCI technology

Emotion Recognition, Machine Learning, Stock, Valence-arousal, EEG, DWT, SGD, NB, LDA, KNN

biomedical signal processing; corneo-retinal potential; electrooculography; filtering algorithms; eye tracking; Kalman filters; saccades

deep learning; EEG; fatigue; GAN; GCN

Alpha, coping, electroencephalogram (EEG), neural circuitry, posttraumatic growth (PTG), posttraumatic stress disorder (PTSD), resilience

eye-controlled wheelchair, human computer interaction, openBCI, Arduino Uno, sensors, EEG,

binaural, externalization, EEG, ERP

Electroencephalography, Event-related potentials, Artifact Corrupted Epochs, Unsupervised Machine Learning Algorithm, EEGLab Toolkit