Ultra-high resolution airborne SAR imaging of vegetation and man-made objects based on 40% relative bandwidth in X-band.
Andreas R. BrennerPublished in: IGARSS (2012)
Keyphrases
- sar imaging
- man made objects
- remote sensing
- synthetic aperture radar
- space variant
- high resolution
- spectral estimation
- aerial images
- natural images
- sar images
- speckle noise
- multi band
- multispectral
- man made
- single view
- change detection
- sar data
- d objects
- hyperspectral
- urban areas
- image reconstruction
- sar imagery
- remote sensing images
- super resolution
- satellite images
- image processing
- object recognition
- viewpoint
- image analysis
- frequency domain
- high frequency
- parameter estimation
- image restoration
- minimum variance
- high quality
- three dimensional
- image segmentation