lightbulbPractical problemEarable Interaction and Sensing
Headphones cannot adapt to users' individual ear canals, resulting in poor audio experience.UbiComp '23Ear-canal Characterisation for Optimum In-Ear Headset User Experience
Sensing, Recognition, and Security / Earable Interaction and Sensing
Headphones cannot adapt to users' individual ear canals, resulting in poor audio experience.
Similar questions
lightbulbPractical problemEarable Interaction and Sensing
Headphone interaction has privacy and convenience limitations and struggles to meet diverse user needs.lightbulbPractical problemEarable Interaction and Sensing
Users with physical limitations struggle to operate devices, and current input methods pose privacy risks.UIST '24Micro-Gesture Recognition of Tongue via Bone Conduction Sound
lightbulbPractical problemEarable Interaction and Sensing
Earphone touch controls have limited range and struggle to support complex interaction needs.lightbulbPractical problemEarable Interaction and Sensing
Ordinary users struggle to know whether all tooth regions are brushed, and low-cost monitoring solutions are scarce.UbiComp '24BrushBuds: Toothbrushing Tracking Using Earphone IMUs
lightbulbPractical problemEarable Interaction and Sensing
Earphones provide poor speech quality in noisy environments, degrading user interaction.lightbulbPractical problemEarable Interaction and Sensing
Existing ear sensors struggle to simultaneously capture in-ear and out-of-ear audio signals.UbiComp '24OpenEarable 1.4: Dual Microphones Earpiece to Capture In-Ear and Outer-Ear Audio Signals
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