Boston University Students
Research Interests:
My current research interests primarily pertain to human action and gesture recognition at extremely low resolutions using methods such as convolutional neural network.
My current research interests primarily pertain to human action and gesture recognition at extremely low resolutions using methods such as convolutional neural network.
Research Interests:
My research is in the area of adaptable optical communications for Visible Light Communications (VLC) in smart spaces. Currently, I am investigating dimmable modulation schemes that are spectrally and energy efficient, such as OFDM, and realizing these schemes in a testbed environment.
My research is in the area of adaptable optical communications for Visible Light Communications (VLC) in smart spaces. Currently, I am investigating dimmable modulation schemes that are spectrally and energy efficient, such as OFDM, and realizing these schemes in a testbed environment.
Research Interests:
My research involves the integration of microelectromechanical systems (MEMS) with household lighting. This combination allows for dynamic control of both beam focusing and beam steering which can be used in applications such as Visible Light Communications and selective illumination.
My research involves the integration of microelectromechanical systems (MEMS) with household lighting. This combination allows for dynamic control of both beam focusing and beam steering which can be used in applications such as Visible Light Communications and selective illumination.
Research Interests:
My research is micro-electromechanical systems and specifically for optical systems applications.
My research is micro-electromechanical systems and specifically for optical systems applications.
Research Interests:
My research interest is indoor light transport analysis with LED light fixtures and color sensors.
My research interest is indoor light transport analysis with LED light fixtures and color sensors.