KEYWORDS: Data storage, Data communications, Control systems, Analytical research, Telecommunications, Power supplies, RF communications, Data analysis, Computing systems, Telescopes
The shelter vehicle is a common target in the battlefield, it is of great significance to study the damage of trees. We present a target damage tree modeling method for shelter vehicles, including target function and structure analysis, damage level, target damage tree modeling and so on. Through this method, the function and structure of shelter vehicles can be analyzed, their damage level can be determined, and the damage tree model can be established.
According to the needs of engineering support simulation field, this paper proposes a design method of engineering support simulation support software, and realizes the corresponding software based on this method. The method includes engineering support simulation initialization and data receiving module, engineering support equipment simulation module, obstacle setting simulation module, obstacle removal simulation module, motion support simulation module, engineering support simulation data output and recording module. Based on this method, the problem of engineering support simulation can be solved.
This paper presents an obstacle recognition algorithm for field road network, including obstacle element extraction based on digital elevation model (DEM), determination of traffic factors affecting path planning, rasterization of terrain environment, obstacle recognition algorithm, establishment of overlapping grid of traffic area, description of passable area and non-passable area, etc. Combined with the actual project, it has achieved good results.
This paper presents a simulation method and software for the interaction between environment and equipment mobility, including the simulation model of the interaction between natural geographical environment and equipment mobility performance, the simulation model of the interaction between man-made battlefield environment and equipment mobility performance. The simulation environment elements can simulate equipment trafficability, collision detection and passage, which can effectively support equipment simulation.
KEYWORDS: Human-machine interfaces, Data modeling, Data acquisition, Data processing, Data storage, Computer simulations, Control systems, Telecommunications, Systems modeling, Software development
This paper presents a design method of system simulation electronic sand table software. The software consists of display effect and touch action control module, interface communication module, entity state information processing module, data filtering and secondary development interface module. Based on the software, the electronic sand table can realize the relevant functions of system simulation, accept external simulation information and support users to generate typical scenarios.
KEYWORDS: Computer simulations, 3D displays, 3D acquisition, Target detection, 3D modeling, Visualization, Rockets, Reconnaissance, Clouds, 3D imaging standards
According to the requirements of simulation support software of electronic sand table hardware, this paper proposes a design method of electronic sand table support software. The software is composed of three-dimensional battlefield environment simulation module, military standard, arrow and other plotting modules, a large number of dynamic target loading modules, situation simulation module and real-time communication module. After practical verification, the software can be used for three-dimensional situation generation, rendering and plotting of electronic sand table, supporting scenario generation, three-dimensional simulation, countermeasure deduction and other activities, and the application effect is good.
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