研究论文集

auto labeling, brain-computer interface (BCI), BCI-illiteracy, electroencephalography (EEG), functional neural network (FNN), gamification, inertial measurement unit (IMU), motor execution (ME), motor imagery (MI)

Virtually, Vital Signs, Headphones, Electrodeposition, Heart Rate Variability, Cardiac Activity, Cardiac Monitoring, Virtual Reality Headset, Electrocardiographic Monitoring, Body Parts, Dynamic Conditions, Graphene Oxide, Motion Artifacts, Body Area, Electrode Placement, Activity Tracker, QRS Complex, Electrocardiography Signals, Remove Motion Artifacts, Wet Electrodes, Electrodes, Electrocardiography, Ear, Textiles, Graphene, Monitoring, Signal-to-noise Ratio

electrocardiography flexible bioelectrode wearable graphene textile smart medical garment on

Smart transportation; Wearable devices; Deep learning; TENG; Digital twin

brain–computer interface, mu rhythm, vibrotactile feedback, eeg, arduino abstract background: mu-rhythm bcis provide a noninvasive entry to motor control via event-related desynchronization detection over the sensorimotor cortex during motor imagery

Interventional BCI, EEG, Motion Classification

brain disorders ; eeg ; helmet ; chameleon-1 1

Selective Exposure, Electroencephalography, Eye Tracking, CoRegistration, News, Reading

abstract journal title quick search anywhere enter words

Electroencephalography, mental health, multisensory, olfactory, post-traumatic stress disorder, relaxation training, virtual reality

intelligent computing, prediction of stress, machine learning, algorithms, mental health, personalized interventions

: : human interaction, gated recurrent unit (gru), electroencephalogram (eeg), recurrent neural networks (rnn) , emotion identification, long short-term memory (lstm) , particle swarm optimization (pso)

eeg signals mental stress stress detection dataset artificial intelligence deep learning algorithms recommended articles data availability cognitive load assessment through eeg

electroencephalography

Self-driving, Technology acceptance, EEG, Eye-tracking, Wearable sensors, Multiscale analysis

eeg signals ; dry electrode ; pedot: pss ; conductive fabric ; smart textiles 1

Hardware, Emerging technologies, Biology-related information processing, Neural systems, Human-centered computing, Human-computer interaction (HCI), Empirical studies in HCI

Wheelchairs, Sensors, Neck, Pressure sensors, Optical fibers, Optical fiber sensors, Monitoring, Electroencephalography, Sensor systems, Visualization

Technical requirements, Brain, Autism, Statistical analysis, Software, Complexity theory, Synchronization, Frequency synchronization, Signal resolution, Systematic literature review

Brain–machine interface, Electrical and electronic engineering

EEG Data, Part-of-speech, Brain-computer Interface Applications, Native Speakers, Support Vector Machine, Highest Accuracy, Machine Learning Classifiers, EEG Recordings, EEG Signals, Brain Signals, Patient Datasets, External Devices, Machine Learning Classification Algorithms, Solution For Patients, Gradient Boosting Machine, Indian Languages, Indian Individuals, Learning Algorithms, Low-pass, Confusion Matrix, Approximation Coefficients, Wavelet Decomposition, Independent Component Analysis, Txt File, CSV File, Wavelet Transform, Simulation Setup, Signal Extraction, Support vector machines, Training, Accuracy, Translation, Medical services, Electroencephalography, Classification algorithms, Bayes methods, Recording, Research and development

Applied computing, Education, Interactive learning environments, Computing methodologies, Machine learning, Social and professional topics, Professional topics, Computing education

Acupuncture, Electroencephalography, Transformers, Convolutional neural networks, Needles, Brain modeling, Medical diagnostic imaging, Training, Temperature measurement, Feature extraction

Electrodes, Wireless communication, Wireless sensor networks, Accuracy, Noise, Speech recognition, Electromyography, Facial muscles, Surface treatment, Wearable sensors

motor control trajectory errors internal model error

metaverse ; virtual reality ; cloud rendering ; internet of things 1

  electroencephalogram, deep learning algorithms, lie detection, convolution neural network, long short-term memory, multilayer perceptron 1

cognition decision trees electroencephalography feature extraction feature selection independent component analysis learning

neurofeedback emotional regulation virtual reality machine learning openbci training neurofeedback regulaci

Training;Time-frequency analysis;Accuracy;Navigation;Fast Fourier transforms;Wheelchairs;Signal processing algorithms;Electroencephalography;Real-time systems;Classification algorithms;SSVEP;EEG;ROS;Autonomous Wheelchair Navigation;Brain Signal Processing

Electroencephalography, epilepsy, remote monitoring, signal analysis, wearable technology

Vibration energy recovery; Self-powered vibration-sensing; Host-friendliness; Train transportation

Conversational agent, emotion recognition, empathy, physiological signals, Electroencephalogram, Electrodermal activity, Photoplethysmogram

Brain–computer interface, Motor imagery, Electroencephalogram signal processing, Geometric deep learning, Symmetric positive definite manifold

Mediumship; Channeling; EEG; Extrasensory perception; Mental states

Brain-computer Interface, SSVEP, Electroencephalograph, Human Visual System

neurointerface, brain-computer interface, Internet of Things, ontology engineering, high-level integration, real-time data visualization

Elderly, Cognitive training, Memory and learning tests, Neuropsychological tests, Electroencephalography

electroencephalography, functional near-infrared spectroscopy, transcranial Doppler ultrasound, multimodal, neuroimaging, cerebrovascular

Autism;Design methodology;Syntactics;Biomedical engineering;Event-Related Potential (ERP);Autism;Language;Speech;BCl;Auditory;Perception;Attention

biomaterials, conductive composites, gelatin, hydrogels, soft electronics

Image-to-Text, text Classification, Table Question Answering, Question Answering, Summarization, Feature, Extraction, Text Generation, Text2Text Generation, Time Series Forecasting, Robotics

Visualization;Shape;Color;Visual systems;Brain-computer interfaces;Steady-state;Recording;Time factors;Informatics;Monitoring;Brain-Computer Interface;SSVEP;Electroencephalograph;Human Visual System

Textile electronics, functional fiber, healthcare monitoring, integration strategies, wearable electronics

Protocols;Telemedicine;Kinematics;Motors;Electroencephalography;Medical diagnosis;Elbow;Monitoring;Diseases;Biomedical engineering;Dual-task;EEG;monitoring;neurodegenerative diseases;older adults

Drugs;Visualization;Electric potential;Ambient assisted living;Brainstem;Brain modeling;Electroencephalography;Brain-computer interfaces;Software;Steady-state;Brain Computer Interface;EEG;ERP;OpenBCI;P300;Steady State Visual Evoked Potential;Event Related Potential

Data visualization;Electroencephalography;Real-time systems;Recording;Visual databases;Usability;Monitoring;Diseases;Testing;Biomedical engineering;electroencephalography (EEG);Wearable Technologies;OpenBCI;Acquisition Platform;Visualization and Storage of Biosignals

Deep Learning, EEG, Real-time Detection, Sleep Health

Neuro-rehabilitation, BCI System, Motor Imagery, Feature Engineering, MI Limb EEG Dataset, Machine Learning

Electroencephalography, head-mounted displays, smart glasses, brain-computer interfaces, neuroergononics

Headphones;Access control;Privacy;Data privacy;Metaverse;Electroencephalography;Information filtering;Biosensors;Biomedical monitoring;Information integrity;xR;biosensors;identity;privacy;anonymization

Electroencephalography (EEG), Emotion Recognition, Event-Related Potentials (ERPs), Multimodal Deep Learning

Performance evaluation;Neurological diseases;Electric potential;Brain;Accuracy;Muscles;Electroencephalography;Consumer electronics;brain–computer interface;signal processing;electroencephalogram;communication

Thermal perception, Discriminative component, Electroencephalography, Dipole analysis, Event-related spectral perturbation, Thermal stimulus

Accuracy;Process control;Linguistics;Boosting;Feature extraction;Electroencephalography;Robustness;Ensemble learning;Random forests;Testing;EEG;Machine learning;Neurodegenerative Disorders;Power spectral density;Classification;Vocal;Subvocal

Support vector machines;Training;Performance evaluation;Accuracy;Machine learning;Feature extraction;Electroencephalography;Brain-computer interfaces;Bayes methods;Testing;Brain-Computer Interface;Machine Learning;EEG;Signal Processing;Marathi

neurorehabilitation; electromyography (EMG); brain–computer interfaces (BCIs); functional near-infrared spectroscopy (fNIRS); motor imagery (MI); lower prosthetic limbs

Training;Analytical models;Accuracy;Transfer learning;Training data;Brain modeling;Data models;Electroencephalography;Optimization;Batch normalization;EEG;OpenBCI;CNN;personalization;visual perception

STROKE; FEATURE extraction; SIGNAL processing; STROKE patients; SIGNAL classification

stress, covid-19, EMG, EEG, ECG, Galvanic skin response

Support vector machines;Protocols;Accuracy;Robot kinematics;Stroke (medical condition);Feature extraction;Real-time systems;Electroencephalography;Brain-computer interfaces;Spinal cord injury

EEG, OpenBCI, non-invasive, prosthetic arm, deep learning, low cost.

Chronic tinnitus; IoT-enabled EEG sensing (IEES); Customized Music (CM); Pitch matching (PM); EEG measurement

Biomedical engineering, Electrical and electronic engineering, Oral cancer detection

Robotics, Prosthetics, Electroencephalography, Brain machine interfaces, Review

Legged locomotion;Deep learning;Mechatronics;Kinematics;Electroencephalography;Brain-computer interfaces;Convolutional neural networks;Proposals;Usability;Robots;Brain-Computer Interfaces;Embedded Human-Machine Interfaces;Gait Assistance;Pedaling Rehabilitation;Data-driven Methods

Independent component analysis, measurement uncertainty, EEG, BCI

BCI, IoT, EEG, machine learning, SSVEP

Training; Accuracy; transfer learning; Signal processing; Brain modeling; Electroencephalography; Brain-computer interfaces; Biological neural networks; Residual neural networks; Testing; BCI; real-time neural networks; EEG inner speech classification; transfer learning; EEG feature extraction

Wavelet transforms; Support vector machines; Fast Fourier transforms; Nearest neighbor methods; Feature extraction; Brain modeling; Brain-computer interfaces; Electroencephalography; Signal representation; Standards; Brain-Computer Interface; Self-Paced; Eeg; Sensorimotor Rhythms; Machine Learning

Arduino technology, control, disability, Mind- flex, Neurosky chip, hand prosthesis, electroencephalographic signals.

shared robot control, brain–computer interface, augmented reality, motor imagery, electroencephalogram, user evaluation, eye tracking

wearables, bioelectronics, conductive putty, electrophysiology, self-healing, e-tattoos, biointerfaces

Training; Accuracy; Robot control; Stroke (medical condition); Motors; Assistive robots; Feature extraction; brain-computer interface; motor imagery; human-machine interaction; rehabilitation robot