Technical note: Novel method for water vapour monitoring using wireless communication networks measurements

Keyphrases

• Water Vapor 100%
• Microwave Link 100%
• Wireless Communication Network 100%
• Network Measurement 100%
• Humidity 66%
• Weather Conditions 66%
• Cellular Operator 66%
• Central Site 66%
• Israel 33%
• Measurement Accuracy 33%
• Attenuation 33%
• High Temporal Resolution 33%
• Rain 33%
• Wireless 33%
• Northern Israel 33%
• Base Station 33%
• Moisture 33%
• Transmitter 33%
• Strong Wind 33%
• Two-site 33%
• Cellular Networks 33%
• Environmental Monitoring 33%
• Propagation Path 33%
• High Spatial Resolution 33%
• Monitoring Facilities 33%
• Complex Topography 33%
• Radio Signal 33%
• Backhaul 33%
• Atmospheric Phenomena 33%
• Backhaul Communications 33%
• Surface Stations 33%
• Link Measurements 33%
• Site Measurement 33%
• Terrain Topography 33%
• Root Mean Square Difference 33%
• Implementation Cost 33%
• Orography 33%
• Real Measurements 33%
• Near-surface Water 33%
• Humidity Measurement 33%

Earth and Planetary Sciences

• Communication Network 100%
• Wireless Communication 100%
• Water Vapor Monitoring 100%
• Israel 66%
• Weather Condition 66%
• Atmospherics 33%
• Surface Water 33%
• Near-Surface Geology 33%
• Radio Signal 33%
• Environmental Monitoring 33%
• High Spatial Resolution 33%
• Humidity Measurement 33%

Engineering

• Communication Network 100%
• Wireless Communication 100%
• Water Vapor Monitoring 100%
• Collected Data 33%
• Real Data 33%
• Cellular Network 33%
• Basestation 33%
• Propagation Path 33%
• Temporal Resolution 33%
• Spatial Resolution 33%
• Implementation Cost 33%
• Root Mean Square 33%
• Ground Level 33%
• Surface Water 33%