FEASIBILITY INVESTIGATION on SINGLE PHOTON LIDAR BASED WATER SURFACE MAPPING

Keyphrases

• Areal Coverage 11%
• Austria 11%
• Coverage Performance 11%
• Green Laser 22%
• Grid Size 11%
• Large Area Mapping 11%
• Laser Light 11%
• Laser Radiation 11%
• Light Detection 100%
• Light Detection Sensor 11%
• Multiphoton 22%
• Navarra 11%
• Penetration Ability 11%
• Point Density 11%
• Ponds 11%
• Range Sensor 11%
• Ranging Accuracy 11%
• Receiver Sensitivity 11%
• Shallow Water 11%
• Shallow Water Bathymetry 11%
• Simultaneous Data Acquisition 11%
• Single Photon 77%
• Single-photon Lidar 100%
• Spain 11%
• Surface Model 11%
• Surface Reservoirs 11%
• Surface Response 11%
• Surface Water 11%
• Topographic Mapping 11%
• Topos 11%
• Water Bodies 11%
• Water Level 33%
• Water Mapping 100%
• Water Penetration 11%
• Water Surface 66%
• Water Surface Height 11%

Earth and Planetary Sciences

• Austria 50%
• Bathymeter 50%
• Data Acquisition 50%
• Optical Radar 100%
• Shallow Water 100%
• Spain 50%
• Topographic Mapping 50%
• Water Body 50%

Engineering

• Good Agreement 10%
• High Resolution 10%
• Laser Beams 10%
• Laser Light 10%
• Light Detection and Ranging 100%
• Optical Radar 100%
• Receiver Sensitivity 10%
• Response Surface 10%
• Surface Height 10%
• Surface Model 10%