研究论文集

VEP. Android, Smart glasses

sensorimotor, motor cortex

Brain computer interface, OpenBCI, Raspberry Pi, P300, convolutional neural networks.

https://www.matec-conferences.org/articles/matecconf/pdf/2018/14/matecconf_imet2018_01006.pdf

neurobionics, robotics, bionics, limb control, EEG prosthetic

EMG, Classifiers

mind controlled; robotic arms; brain alpha waves

brain-computer interfaces , computer games , electroencephalography , medical signal processing , neurophysiology , patient rehabilitation , virtual reality

EEG, low-cost comparison

ElectroencephalographyEEGEye-trackingMouse-trackingDuolingoNaturalistic language learningMultimodal human data

BCI, EEG, motor imagery, auditory feedback, congruent feedback

Event-Related Potentials, open-source, Three-dimensional displays, Electroencephalography, Prototypes, Neurofeedback, Electrodes, Feature extraction, Training, brain, brain-computer interfaces, electroencephalography, medical signal processing, neurophysiology, patient rehabilitation, virtual reality

Electronic properties and devicesMechanical and structural properties and devices

consumer grade BCI, EEG, processing, signal

motor imagery, intent, robotics, prosthetics

emotion recognition, low-cost, opensource, EEG, mental health

ADS1299; OpenBCI Cyton V3-32; electroencephalography (EEG); movement-related cortical potential (MRCP); brain computer interface (BCI); NuAmps

pr-VEP, EEG, MATLAB, 10-20

Electroencephalography, Electrodes, Visualization, Support vector machines, Hardware, Prosthetics, Biological neural networks

SSVEP, VEP, BCI, EEG, motor imagery

Brain Computer Interface (BCI), Electroencephalography (EEG), Robotic Arm, Servos, Steady State Visual Evoked Potential (SSVEP)

P300, SSVEP, motor imagery, identification, neural network, emotion dataset, visual stimulation

BCI OpenBCI Cyton Board Brainwaves Basic Needs Daisy Board ALS (Amyotrophic Lateral Sclerosis).

OpenBCI; cyton board; extremity movement; brain; wave differentiation

Games, Electrodes, Band-pass filters, Computer peripherals, Signal processing algorithms, Image processing, Bluetooth

AI, actuators, exoskeleton, EEG, EMG

Electrodes, Impedance, Signal to noise ratio, Frequency measurement, Skin, Impedance measurement, Frequency response, INSPEC: Controlled Indexing, biomedical electrodes, electromyography, medical signal detection, medical signal processing

Motion pictures, Electroencephalography, Sensors, Face recognition, Webcams, Ganglia, Real-time systems, Facial Recognition, Affective Computing, Wearable Computing, EEG, Sensor Fusion

Neurons, cognition, machine learning, software engineering

Electroencephalography, Data acquisition, Wireless fidelity, Hardware, Electrocardiography, Receivers, Real-time systems, EEG Acquisition System, Brain-Computer Interface, BCI, Wireless Monitoring, Steady-State Visual Evoked Potential, SSVEP, ECG

MATLAB, EEGLAB, Electroencephalography, Emotiv Epoc, Cognitive Load, Brain Computer Interface, Signal analysis, Feature Extraction, Clustering

Electroencephalography , Brain modeling , Headphones , Standards , Electrodes , Programming profession, Brain-computer interface

Brain Computer Interface (BCI), Obstacle Avoidance, Electroencephalography (EEG), Steady State Visual Evoked Potential (SSVEP), Wheelchair

Human-centered computing, human computer interaction

neonatal, EEG, seizure, GUI

reading concentration power, open brain computer interface, EEG

Visualization, Electroencephalography, Electrodes, Correlation, Finite impulse response filters, Harmonic analysis, Standards, brain signals, stimuli frequencies, SSVEP signals, steady state visually evoked potential-based BC

EEG, Stress, Power Spectral Density, Exam performance, electrodes, stress measurement

Feature extraction, Time-frequency analysis, Task analysis, Time-domain analysis, Mathematical model, Electroencephalography, INSPEC: Controlled Indexing, brain-computer interfaces, electroencephalography, feature extraction, medical signal processing, signal classification, time series, time-frequency analysis, wavelet transforms

Augmented reality Interfaces for accessibility Multimodal user interface Brain-computer interface eHealth Machine learning Human-to-machine interactions

Brain-computer interface (BCI) Electroencephalography (EEG) JavaScript

Kinect Electromyography (EMG) Robot-arm Dynamic time warping (DTW) Singular spectrum analysis (SSA) Support vector machine (SVM) Radial basis function (RBF) Linear discriminant analysis (LDA)

Electroencephalography Home automation Electrodes Sensors Headphones Signal to noise ratio Visualization INSPEC Controlled Indexing auditory evoked potentials brain-computer interfaces Electroencephalography Headphones home automation medical signal processing neurophysiology

wireless EEG headset, Electroencephalography, Histograms, Brain-computer interfaces, Brain, Electrodes, Wireless communication, Headphones

brain-computer interfaces;cognition;control engineering computing;electroencephalography;handicapped aids;mobile robots;signal classification;signal detection;movement intention;mobile robot control;BCI system;physical movement;motor imagery;average classification accuracies;moderate classification accuracy;robotic system;assistive technology design;preliminary testing;robot platform;low-cost brain computer interface;perceptual motor skills;cognitive motor skills;object exploration;physical world;brain computer interface research;conventional electroencephalography system;Electroencephalography;Robots;Visualization;Training;Support vector machines;Brain-computer interfaces;Assistive Technology;Brain Computer Interfaces (BCI);Event Related Desynchronization (ERD);Robot Control

Adult, Child, Humans, Robotics, Disabled Children, Robotic Surgical Procedures, Electroencephalography, Movement, Hand, Rest, Brain, Self-Help Devices, Cognition

slow intelligence system, component-based software engineering, sensor networks, mobile TDR system

Gestures, Language, Neural Networks (Computer), Electroencephalography, Algorithms, Movement, Dementia,

Authentication, Biometric, Thresholding, Electroencephalography (EEG) signals.

Electromyography, Language, Vibration, Electroencephalography, Emotions, Auditory Perception, Algorithms, Biosensing Techniques, Cognition, Poetry

brain-computer interfaces, electroencephalography, handicapped aids, learning (artificial intelligence), medical signal processing, neurophysiology, signal classification, wheelchairs

brain-computer interfaces, electroencephalography, handicapped aids, learning (artificial intelligence), medical signal processing, neurophysiology, signal classification, wheelchairs

Brain–computer interface (BCI) Electroencephalogram (EEG) OpenBCI Ganglion Gold cup electrodes (GCE)

Electroencephalography, Electrodes, Wheelchairs, Support vector machines, Classification algorithms, Algorithm design and analysis, Physiology

eye blink, electromyogram, electromyography speller

assisted living;brain-computer interfaces;electroencephalography;handicapped aids;medical signal detection;service robots;visual evoked potentials;SSVEP based BMI;disabled individuals;steady state visually evoked potential;brain machine interface;meal assistance robot;LED matrices;OpenBCI EEG signal acquisition system;SSVEP signal extraction;electroencephalography;Electroencephalography;Manipulators;Electrodes;Lightemitting diodes;Conferences;Cybernetics;Brain Machine Interface;SSVEP;Meal Assistance Robot;OpenBCI

machine learning methods, classification, emg

Switches, Electroencephalography, Integrated circuits, Band-pass filters, Calibration, Protocols, alpha waves, brain-computer interface, BCI, EEG, eye closure, assistive technology

Brain-Computer Interfaces Electromyography Signal Processing Computer-Assisted Electroencephalography Algorithms Quadcopter

Electromyography, Electrocardiography, Muscles, Pain, Elecrtodes, Training, Artificial neural networks, biomechanics, biomedical electrodes, diseases, medical signal processing, neural nets, sleep, signal classification