Based on the scale phenomenon in nature, this paper proposes a scale algorithm. Under the guidance of the scale algorithm, the target image can be quickly collected. This paper analyzes the original shape of the image collected by the camera, image mosaic technology, image acquisition methods, compares the difference between the traditional target image acquisition method and the target image acquisition method based on the scale algorithm, and introduces the method application and implementation steps. Based on this method, relevant algorithm models and software can be developed to guide the practical application.
In order to meet the demand of accurate attitude measurement of high-speed targets, this paper proposes a high-speed target attitude recognition method, which includes ammunition attitude information measurement, small target rapid extraction from image sequences, ammunition axis image processing, target gray level recognition, etc. On the basis of multi camera shooting of targets, this method effectively identifies the terminal trajectory characteristics of ammunition through image fusion and image processing technology, Based on this algorithm, relevant algorithm models and software can be developed to guide practical application.
In this paper, a vulnerability model design method of shelter vehicle is proposed, including numerical simulation of fragment penetration into shelter structure, research on equivalent target design method of shelter vehicle, vulnerability analysis of key components of shelter vehicle and establishment of equivalent target. Through this method, the equivalent target and vulnerability model of shelter vehicle are established, which can guide relevant vulnerability analysis equivalent target establishment.
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.
Satellite application simulation support software is used for the simulation of satellite applications such as satellite communication, positioning and navigation and reconnaissance. This paper proposes a design method of satellite application simulation software. The software consists of satellite scenario editing and three-dimensional visual display unit, satellite orbit simulation unit, satellite orbit simulation unit, satellite link simulation unit, satellite networking communication simulation unit, satellite reconnaissance and surveillance simulation unit and satellite navigation and positioning simulation unit.
This paper presents a design method of simulation result record base, which includes simulation result recording module, simulation result management module, simulation result analysis module and simulation result playback module. The simulation result record base records and manages the simulation results of system comprehensive evaluation, provides a comprehensive management platform for simulation data, and also provides data support for equipment system performance evaluation, analysis, report, simulation playback, equipment model verification and calibration in the later stage.
In the process of equipment simulation, the environment has an important impact on the equipment Strike ability. According to this demand, this paper proposes a simulation method and software for the interaction between the environment and the equipment Strike ability, including the simulation model of the interaction between the battlefield environment and the tracking target, the simulation model of the interaction between the battlefield environment and the fire control system, the simulation module of hitting the armored target The simulation model of line of sight shooting entry ray, the simulation model of projectile hitting the target and the simulation model of the influence of meteorological environment / electromagnetic environment on shooting accuracy. This method can study the interaction between battlefield environment and equipment strike action, and achieved good results.
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