Combining Multi-View UAV Photogrammetry, Thermal Imaging, and Computer Vision Can Derive Cost-Effective Ecological Indicators for Habitat Assessment.
Qiao HuLigang ZhangJeff DrahotaWayne WoldtDana VarnerAndy BishopTed LaGrangeChristopher M. U. NealeZhenghong TangPublished in: Remote. Sens. (2024)
Keyphrases
- cost effective
- multi view
- computer vision
- camera calibration
- thermal imaging
- single view
- low cost
- multiple views
- d objects
- depth map
- three dimensional
- computer graphics
- object recognition
- cost effectiveness
- multiple cameras
- infrared
- scene reconstruction
- photorealistic
- view synthesis
- range images
- surface reconstruction
- multi view clustering
- multi view face detection
- problems in computer vision
- multi view learning
- object detection
- image matching
- semi supervised
- multi view reconstruction
- multi view images
- pose estimation
- face detection
- optical flow
- viewpoint
- multi views
- active appearance models
- co training
- vision system
- machine learning
- remote sensing
- image processing