lightbulbPractical problemEMG and Biosignal Gesture Interfaces
User interaction requires non-invasive, low-power input, but existing EMG technology is not intuitive or stable enough.Sensing, Recognition, and Security / EMG and Biosignal Gesture Interfaces
User interaction requires non-invasive, low-power input, but existing EMG technology is not intuitive or stable enough.
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lightbulbPractical problemEMG and Biosignal Gesture Interfaces
Existing ear-EEG devices only detect brainwaves and overlook the potential value of noise signals.lightbulbPractical problemEMG and Biosignal Gesture Interfaces
Users struggle to efficiently train myoelectric prosthesis models and understand their behavior.lightbulbPractical problemEMG and Biosignal Gesture Interfaces
Users lack accurate gesture tracking devices in low-light or privacy-constrained environments.lightbulbPractical problemEMG and Biosignal Gesture Interfaces
Skin-patch devices require frequent charging or external power, making them inconvenient to use.lightbulbPractical problemEMG and Biosignal Gesture Interfaces
Current electronic skin requires frequent charging, limiting wearability and continuous application.UbiComp '23SolareSkin: Self-powered Visible Light Sensing Through a Solar Cell E-Skin
lightbulbPractical problemEMG and Biosignal Gesture Interfaces
Users need portable interaction devices with diverse functions and no environmental modification.Related papers
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