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Sensing, Recognition, and Security / EMG and Biosignal Gesture Interfaces

How can incremental and decremental feature learning improve robustness and real-time performance of gesture recognition models?

helpResearch questionEMG and Biosignal Gesture Interfaces

How can incremental and decremental feature learning improve robustness and real-time performance of gesture recognition models?

UbiComp '21A Feature Adaptive Learning Method for High-Density sEMG-Based Gesture Recognition

Similar questions

helpResearch questionEMG and Biosignal Gesture Interfaces

Can noise signals in ear-EEG (electroencephalography) be redefined as useful interaction signals?

CHI '25ID.EARS: One-Ear EEG Device with Biosignal Noise for Real-Time Gesture Recognition and Various Interactions

helpResearch questionEMG and Biosignal Gesture Interfaces

Can ear-EEG devices with dry electrodes and real-time detection models accurately recognize user gestures?

CHI '25ID.EARS: One-Ear EEG Device with Biosignal Noise for Real-Time Gesture Recognition and Various Interactions

helpResearch questionEMG and Biosignal Gesture Interfaces

How can traditionally ignored noise signals in EEG be applied in practice, such as gesture recognition and health monitoring?

CHI '25ID.EARS: One-Ear EEG Device with Biosignal Noise for Real-Time Gesture Recognition and Various Interactions

helpResearch questionEMG and Biosignal Gesture Interfaces

How do different training strategies affect classification accuracy in machine learning-based myoelectric prostheses?

IUI '24Comparing Teaching Strategies of a Machine Learning-based Prosthetic Arm

helpResearch questionEMG and Biosignal Gesture Interfaces

Which training strategy better helps users build accurate mental models of the system?

IUI '24Comparing Teaching Strategies of a Machine Learning-based Prosthetic Arm

helpResearch questionEMG and Biosignal Gesture Interfaces

How can gesture discriminability-based algorithms optimize myoelectric prosthesis model training?

IUI '24Comparing Teaching Strategies of a Machine Learning-based Prosthetic Arm

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A Framework and Call to Action for the Future Development of EMG-Based Input in HCI

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