May 11, 2024 · This paper investigates the use of through-skull sound conduction to authenticate smartglass users. We mount a surface transducer on the right mastoid process.
Co-authors ; SkullID: Through-Skull Sound Conduction based Authentication for Smartglasses. H Shin, JH Huh, BJ Kwon, I Kim, E Cheon, HM Kim, CH Lee, I Oakley.
SkullID: Through-Skull Sound Conduction based Authentication for Smartglasses · On the Long-Term Effects of Continuous Keystroke Authentication.
We present SkullConduct, a biometric system that uses bone conduction of sound through the user's skull as well as a microphone readily integrated into many of ...
We present SkullConduct, a biometric system that uses bone conduction of sound through the user's skull as well as a microphone readily integrated into many of ...
SkullID: Through-Skull Sound Conduction based Authentication for Smartglasses · Hyejin ShinJun Ho Huh +5 authors. Ian Oakley. Computer Science, Engineering. CHI.
SkullID: Through-Skull Sound Conduction based Authentication for Smartglasses ... Towards Usable and Secure Location-based Smartphone Authentication.
May 19, 2024 · Ian Oakley : SkullID: Through-Skull Sound Conduction based Authentication for Smartglasses. CHI 2024: 834:1-834:19; 2021. [c6]. view. electronic ...
2021. SkullID: Through-Skull Sound Conduction based Authentication for Smartglasses. H Shin, JH Huh, BJ Kwon, I Kim, E Cheon, HM Kim, CH Lee, I Oakley.
The contralateral bone conduction (BC) occurs through four different sound wave propagation mechanisms: (1) tangential and (2) normal to the skull bone ...