This paper proposes a radar reconnaissance simulation design method, which consists of radar reconnaissance decision-making simulation, the main controller of radar reconnaissance simulation, radar reconnaissance simulation, frequency matching simulation, visibility analysis simulation, and reconnaissance process simulation. Combined with the actual project, good results have been achieved.
KEYWORDS: Data modeling, Defense and security, Reconnaissance, Instrument modeling, Command and control, Data processing, Data analysis, Fire, Design and modelling, Chemical analysis
According to the needs of the field of chemical defence support simulation, this paper proposes a design method of chemical defence support simulation support software, and realizes the corresponding software based on this method. The method includes chemical defence support simulation initialization and data receiving module, chemical defence support equipment simulation module, chemical defence support command simulation module, chemical defence reconnaissance simulation module, decontamination simulation module, smoke and fire spray simulation module The simulation data output and recording module of chemical defence support is composed. Based on this method, the simulation problem of chemical defence support can be solved.
This paper presents a design method of radar jamming simulation software. The software is composed of radar jamming decision simulation model, radar jamming simulation master control model, radar automatic selection jamming simulation model, radar jamming simulation model, data transmission and integration model. Combined with the actual project, good results have been achieved.
KEYWORDS: Image segmentation, Data modeling, 3D modeling, Modeling and simulation, Data conversion, Visualization, Tin, Image processing, Image storage, Human-machine interfaces
We proposes a large-scale terrain modeling and simulation method in this paper, and realizes the terrain modeling and simulation software, mainly including image segmentation module, elevation map segmentation module and earth curvature conversion module. It can realize the simulation of large-scale terrain, and then support the relevant modeling and simulation work. Combined with the actual project, it has achieved good results.
This paper proposes an infrared modeling method, including infrared modeling process, target zero line of sight radiation modeling, atmospheric transmission effect modeling, infrared sensor effect modeling and so on. The infrared modeling method realizes the modeling of related entities, especially sensors, and the mapping of infrared materials. A complex, realistic and multi-element simulation environment is constructed to simulate and test the equipment system more effectively.
In the process of large scene simulation, due to the limitation of hardware resources, it is impossible to load all target data at one time. To solve this problem, this paper proposes a dynamic target loading method, which includes terrain data blocking, real-time scheduling of terrain data, LOD simplification of ground objects, visibility elimination and other technologies, this method can dynamically load large terrain scenes and targets, and then support relevant display and rendering work.
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