Measurement of Froth-Layer Depth With Binocular Camera Based on Intensity Correction and Its Application to Pulp-Grade Monitoring.
Yuze ZhongZhaohui TangHu ZhangYongfang XieZhien DaiPublished in: IEEE Trans. Instrum. Meas. (2024)
Keyphrases
- vision system
- depth estimation
- binocular vision
- stereo camera
- real time
- depth information
- stereo video
- binocular stereo
- depth map
- view interpolation
- stereo images
- stereo vision
- depth cameras
- stereo matching
- field of view
- real scenes
- monitoring system
- depth perception
- ego motion
- measurement error
- imaging sensors
- time of flight
- single shot
- light intensity
- multi view
- scene depth
- disparity estimation
- depth data
- hand held
- active illumination
- defocused images
- camera parameters
- data acquisition
- multiple cameras
- multi layer
- scene geometry
- depth cues
- depth from defocus
- depth ordering
- video camera
- omnidirectional camera
- flow velocity
- depth images
- multiple images
- camera calibration
- camera motion
- optical axis
- scene structure
- multi camera
- camera movement
- disparity map
- dynamic scenes
- surveillance system
- binocular disparity
- single image
- optical flow