Seung-Ho Yang
ABSTRACT
A smart wearable robot glasses system is proposed to assist human visual augmentation in daily life, providing a refined visual recognition result to users from multiple input images of the proposed system. It consists of a glasses-type wearable device with a front-view camera, eye-view camera, mounted display, earphone, and computing unit for signal processing. The scene-understanding process on the input image from the front-view camera can be computationally accelerated with the support of the eye-view camera that monitors the eye position of the user. For efficient information processing, the eye view camera catches the user's visual intention and attention in a given situation. It is correlated to the eye viewing direction estimated from the eye-position monitoring results of eye-view camera. The proposed device can be used to augment the human visual capability in various daily life applications.
- T. Kanade, "First-person, Inside-Out Vision," Keynote speech, Proceedings of 2009 IEEE Computer Vision and Pattern Recognition Workshops : First Workshop on Egocentric Vision, 2009.Google Scholar
- B. Schiel, "Wearable and Egocentric Recognition and Scene Analysis," Keynote speech, Proceedings of 2009 IEEE Computer Vision and Pattern Recognition Workshops : First Workshop on Egocentric Vision, 2009.Google Scholar
- H. Kim, M. Y. Kim, S. Yang, K. Kim, H. Son, and Y. Lee, "Smart Wearable Robot Glasses for Human Visual Augmentation Based on Human Intention and Scene Understanding," Proceedings of 2010 Int. Symp. on Optomechatronic Technology, 2010. (published)Google Scholar
Index Terms
- Human visual augmentation using wearable glasses with multiple cameras and information fusion of human eye tracking and scene understanding
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