임베디드 및 실시간컴퓨팅 연구실입니다.
Computing systems are ubiquitously pervading in our lives as envisioned by several visionaries. The systems are becoming extremely small and user expectation of better quality of service is steadily increasing. Accordingly, these tiny devices need a new way of interaction beyond the typical button-based interfaces and the efficient use of advanced computing resources to satisfy the user expectation. Under this circumstance, our research interest lies in how to make the emerging digital devices fluidly interactive, how to make them perform better by leveraging new computing resources, etc.
Computing systems are ubiquitously pervading in our lives as envisioned by several visionaries. The systems are becoming extremely small and user expectation of better quality of service is steadily increasing. Accordingly, these tiny devices need a new way of interaction beyond the typical button-based interfaces and the efficient use of advanced computing resources to satisfy the user expectation. Under this circumstance, our research interest lies in how to make the emerging digital devices fluidly interactive, how to make them perform better by leveraging new computing resources, etc.