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Info about the Project
OptoSense is a ubiquitous Imaging Surface which conforms to everyday objects, harvests energy from ambient light, and senses a variety of human activities without compromising privacy. By leveraging organic semiconductor (OSC) optoelectronics with thin & flexible form factor, large-area compatibility, and highly customizable characteristics, we aim to develop distributed imaging technologies for human activity sensing which truly “weaves” into fabrics of everyday life.
Faculty: Gregory Abowd, Thad Starner
Students: Dingtian Zhang, Jung Wook Park, Yuhui Zhao, Yunzhi Li, Yiyang Wang, Tanvi Bhagwat
OptoSense is a ubiquitous Imaging Surface which conforms to everyday objects, harvests energy from ambient light, and senses a variety of human activities without compromising privacy. By leveraging organic semiconductor (OSC) optoelectronics with thin & flexible form factor, large-area compatibility, and highly customizable characteristics, we aim to develop distributed imaging technologies for human activity sensing which truly “weaves” into fabrics of everyday life.
Faculty:
Gregory Abowd, Thad Starner
Students:
Dingtian Zhang, Jung Wook Park, Yuhui Zhao, Yunzhi Li, Yiyang Wang, Tanvi Bhagwat
