A Nearly Interference-Free and Depth-Resolution-Configurable Time-of-Flight System Based on a Mega-Pixel Vertical Avalanche Photodiodes CMOS Image Sensor.
Shota YamadaMotonori IshiiShigetaka KasugaMasato TakemotoHiromu KitajimaToru OkinoYusuke SakataManabu UsudaYugo NoseHiroshi KoshidaMasaki TamaruAkito InoueYuki SugiuraShigeru SaitoTaiki KunikyoYusuke YuasaKentaro NakanishiNaoki TorazawaTakashi ShironoTatsuya KabeShinzo KoyamaMitsuyoshi MoriYutaka HiroseMasayuki SawadaAkihiro OdagawaTsuyoshi TanakaPublished in: IEEE Open J. Circuits Syst. (2022)
Keyphrases
- time of flight
- imaging sensors
- cmos image sensor
- high resolution
- dynamic range
- depth map
- depth information
- depth images
- tof camera
- low resolution
- depth video
- image sensor
- infrared
- depth data
- input image
- single chip
- high accuracy
- spatial resolution
- high frame rate
- super resolution
- processing capabilities
- multi view
- image enhancement
- solid state
- parallel processing
- computer vision
- high quality
- depth estimation
- image formation
- high frequency
- wavelet transform
- image data
- cmos technology
- color images
- image analysis
- video sequences
- image sequences