Abstract
Based on the command and management requirements of weather modification operations in Fuxin City, China, a new generation of three-dimensional operation command system platform for new artificial weather modification was developed and developed using modern communication network technology. The system uses integrated three-dimensional geographic information system (3D-GIS), global positioning system (GPS) positioning and virtual reality technology to calculate, analyze and process the new basic geographic information and weather modification information vector data, generate real-time weather modification operations and guide products in Fuxin area, and realize the impact on labor. The three-dimensional, comprehensive and effective management of basic weather information, early warning and forecast information, disaster prevention and mitigation information and other decision support information provides technical support for scientifically and effectively managing and directing weather modification operations.
Highlights
Artificial weather modification, hereinafter referred to as “weather modification”, refers to the activities that humans use modern science and technology to exert influence on the local atmosphere and achieve the purpose of increasing rain, preventing flooding, eliminating rain, and eliminating fog (Xu & Yin, 2017; Sin’kevich et al, 2018)
Based on 3D-geographic information system (GIS), global positioning system (GPS) and virtual reality technology, this paper has developed a 3D weather modification command system, which is applied in the weather modification operation to provide technical support for the scientific command of the shadow operation, which makes the figure operation more reasonable and effective
With the help of the strong convective weather warning of the three-dimensional geographic information system, the commander is more conducive to the judgment of the weather system change trend, and provides the scientific nature of the weather modification operation command
Summary
Artificial weather modification, hereinafter referred to as “weather modification”, refers to the activities that humans use modern science and technology to exert influence on the local atmosphere and achieve the purpose of increasing rain, preventing flooding, eliminating rain, and eliminating fog (Xu & Yin, 2017; Sin’kevich et al, 2018). Weather modification operations involve a variety of information such as meteorology, satellite remote sensing, geographic information, and social economy. These types of information are complex, and are mostly related to geospatial information. The application of GIS (Geographic Information System) to weather modification plays an important role in guiding weather modification operations (Li, 2005)
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