Low-power user interface and user experience system for smart glasses

Abstract

Over the past decade, the development of wearable smart devices has become prominent due to intensive development of hardware technology and battery technology. Among them, smart-glass, which is directly related to augmented reality, has been developed in various forms and is leading the wearable smart device market. Smart-glass requires advanced hardware technology to take advantage of smaller footprint PCBs and lower battery capacity than traditional smartphone technologies due to its unique form factor. In this thesis, we implemented a low power interface / experience system for driving augmented reality in smart-glass and designed a dedicated processor for it.