Wavelet-Compressed Representation of Landscapes for Hydrologic and Geomorphologic Applications

Keyphrases

• LiDAR 100%
• Wavelet 100%
• Digital Elevation Data 100%
• Geomorphologic 100%
• Compressed Representation 100%
• High-resolution 50%
• Feature Extraction 50%
• Data Compression 50%
• Channel Network 50%
• Wavelet Filter 50%
• Distance Relationship 50%
• Environmental Modeling 50%
• Compression Ratio 50%
• Redundant Information 50%
• Biorthogonal Wavelets 50%
• Geomorphic Features 50%
• Frequency Localization 50%
• Space-frequency 50%
• Lossy Compression 50%
• Information Data 50%
• Geomorphic Processes 50%
• Wavelet multi-resolution Analysis 50%
• Efficient Storage 50%
• Process Transition 50%
• Neighboring pixels 50%
• High-resolution Feature 50%
• Efficient Transmission 50%

Computer Science

• Elevation Data 100%
• Large Data Set 50%
• Data Compression 50%
• Channel Network 50%
• Transition Process 50%
• Lossy Compression 50%
• Compression Ratio 50%
• Neighboring Pixel 50%
• Frequency Localization 50%
• Feature Extraction 50%

Earth and Planetary Sciences

• Wavelet 100%
• Datum (Elevation) 66%
• Pattern Recognition 33%
• Geomorphic Process 33%
• Environmental Modeling 33%
• Compression Ratio 33%
• Wavelet Analysis 33%