An artificial neural network approach for optical-SAR imagery fusion and landslide mapping

Keyphrases

• Active Tectonics 20%
• Artificial Neural Network 20%
• Artificial Neural Network Method 100%
• Backscatter 20%
• Bare Surfaces 20%
• Deposition Pattern 20%
• Detection Result 20%
• Erosion Pattern 20%
• Heavy Rainfall 40%
• Human Activities 20%
• Image Difference 20%
• Image Fusion 60%
• Image Segmentation 20%
• Index Difference 20%
• Kappa Coefficient 40%
• Land Surface 20%
• Landslide 60%
• Landslide Detection 60%
• Landslide Inventory 20%
• Landslide Mapping 100%
• Landslide Susceptibility 20%
• Large-scale Landslide 20%
• Machine Learning Techniques 20%
• Mapping Practices 20%
• Mapping Problem 20%
• Mean Standard Deviation 20%
• Mountainous Areas 40%
• Normalized Difference 20%
• Normalized Difference Vegetation Index 20%
• Optical Aperture 20%
• Optical Image 40%
• Optical Synthetic Aperture 100%
• Overall Accuracy 40%
• Rainfall Effects 20%
• River Watershed 20%
• Severe Damage 20%
• Sigma Naught 20%
• Southern Taiwan 20%
• Synthetic Aperture Radar Image 100%
• Synthetic Aperture Radar Imagery 100%
• Taiwan 20%
• Texture Statistics 20%
• Transportation Pattern 20%
• Typhoon Activity 20%
• Typhoon Event 20%
• Typhoon Morakot (2009) 20%
• Typhoon Season 20%

Earth and Planetary Sciences

• Artificial Neural Network 100%
• Land Surface 14%
• Machine Learning 14%
• Mountainous Area 14%
• Normalized Difference Vegetation Index 14%
• Radar Data 14%
• Radar Imagery 100%
• Standard Deviation 14%
• Synthetic Aperture Radar 100%
• Taiwan 28%
• Tectonics 14%