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The Global Boundary Layer Radar Database (GBRDB) is a high-resolution, real-time, global radar database that provides detailed geographical data for aircraft, aircraft operations, and general aviation activities. GBRDB is comprised of radar data from multiple sources, including weather data and radar data from national weather services and space-based radar systems. The data is collected in near real-time and is used to support aircraft operations and safety analysis.GBRDB offers an incredibly detailed and accurate global view of the Earth\'s atmosphere, including both visible and invisible properties. This includes lightning, clouds, turbulence, weather, and wind. The data is collected by a variety of high-end radars and satellites, then combined into a comprehensive database. This provides an unprecedented level of precision and accuracy in determining the location, speed, and trajectory of aircraft. GBRDB can be used to detect hazardous weather conditions, such as thunderstorms, turbulence, and ice.GBRDB\'s application field includes aviation operations, such as navigation planning, flight-path optimization, and aircraft performance evaluation; safety analysis and forecasting; aircraft control and surveillance; energy production and forecasting; environmental monitoring; and remote sensing. Its working principle is based on the use of various types of satellite-based sensors and radars, such as lidars and SAR radars, which emit electromagnetic pulses that are reflected from the Earth\'s atmosphere. The reflected signals are then recorded and used to measure properties such as wind speed, precipitation, temperature, snow and ice cover.The GBRDB system is composed of several components, including a data processing unit, detector platform, and ground station. The data processing unit is responsible for collecting, processing, and storing the data from the various sources. This unit includes a variety of software and hardware components, including specialized software and communication systems. The detector platform is a radar system that is used to measure atmospheric parameters. The ground station allows for the data to be monitored and analyzed remotely.The GBRDB system is used in a variety of applications, including aviation safety, weather forecasting, energy production, environment monitoring, and remote sensing. It provides an incredibly detailed view of the Earth\'s atmosphere, helping aircraft operators and other users identify and avoid hazardous weather conditions. The application field and working principle of GBRDB make it an incredibly important tool for many industries and applications.
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