Underwater 3-D Scene Reconstruction Using Kinect v2 Based on Physical Models for Refraction and Time of Flight Correction.
Atif AnwerSyed Saad Azhar AliAmjad KhanFabrice MériaudeauPublished in: IEEE Access (2017)
Keyphrases
- time of flight
- physical models
- depth images
- depth map
- three dimensional
- depth data
- depth information
- depth cameras
- depth video
- shape from shading
- experimental data
- phase space
- multi view
- stereo vision
- infrared
- statistical models
- d scene
- low resolution
- intensity images
- pose estimation
- epipolar geometry
- high quality
- stereo matching
- photorealistic
- stereo camera
- high resolution
- range data
- random forests
- computer vision
- stereo pair
- real scenes
- image sequences
- high accuracy
- object recognition
- input image
- image segmentation
- depth estimation
- image formation
- spatial resolution
- video camera
- super resolution
- light source
- range images