Computational Photodetector
Computational Photodetector
Our computational photodetectors achieve in-sensor computation and demonstrate a variety of pattern designs for human activity sensing.
Our computational photodetectors achieve in-sensor computation and demonstrate a variety of pattern designs for human activity sensing.
- Music player: a linear pattern can sense the finger swipe to switch track or adjust the volume.
- Boardgame and buttons: a grid pattern can sense the location of a chess piece or a finger touch.
- Braille: a combination of linear and grid patterns can be used to encode braille alphabets from finger motion.
- Package monitoring: a grid pattern deployed on a package can sense its orientation and monitor its handling.
- Inventory management: a crossing pattern deployed on a shelf rack can sense the motion direction of an item.
In this project, I made adjustments, specifically the pattern part, of the user interfaces for computation photodetector. While I was working as a software engineering co-op during the pandemic, I took my free time on weekends to develop and test our user interfaces, worked together to conceptualize the user scenarios and produce the demo videos.
In this project, I made adjustments, specifically the pattern part, of the user interfaces for computation photodetector. While I was working as a software engineering co-op during the pandemic, I took my free time on weekends to develop and test our user interfaces, worked together to conceptualize the user scenarios and produce the demo videos.