A5025233882- Optical Wireless Communication Technologies
- Advanced Optical Sensing Technologies
- Optical Coherence Tomography Applications
- Ocular and Laser Science Research
Toppan (Japan)
2022-2023
A new indirect time of flight (iToF) sensor realizing long-range measurement 30 m has been demonstrated by a hybrid ToF (hToF) operation, which uses multiple windows (TWs) prepared multi-tap pixels and range-shifted subframes. The VGA-resolution hToF image with 4-tap 1-drain pixels, fabricated the BSI process, can measure depth up to for indoor operation 20 outdoor under high ambient light 100 klux. overlapped TWs between subframes mitigating an issue on motion artifact is implemented. works...
A new indirect time of flight (iToF) sensor realizing long-range measurement 30 m has been demonstrated by a hybrid ToF (hToF) operation, which uses multiple windows (TWs) prepared multi-tap pixels and range-shifted subframes. The VGA-resolution hToF image with 4-tap 1-drain pixels, fabricated BSI process, can measure the depth up to 20 in outdoor under high ambient light 100 klux. operation overlapped TWs between subframes improves accuracy. works at 120 fps for single subframe operation....