Fusion of Infrared and Visible-Light Videos Using Motion-Compensated Temporal Sub-Band Decompositions.
Jonathan N. GoisEduardo A. B. da SilvaCarla L. PagliariMarcelo M. PerezPublished in: WACV (2018)
Keyphrases
- motion compensated
- visible light
- infrared
- subband
- infrared images
- video coding
- bit rate
- multi sensor
- image fusion
- infrared imagery
- motion compensation
- discrete wavelet transform
- motion estimation
- prediction error
- multiresolution
- night vision
- filter bank
- high frequency
- contourlet transform
- wavelet transform
- rate distortion
- video compression
- wavelet coefficients
- motion vectors
- feature vectors
- bitstream
- frequency domain
- wavelet decomposition
- video sequences
- image compression
- low frequency
- motion field
- data fusion
- wavelet domain
- visual quality
- video quality
- face recognition
- image quality
- hyperspectral
- computational complexity
- video frames
- high quality
- video data
- inter frame
- image registration
- motion model
- multiscale
- image sequences
- feature extraction