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.
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 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.
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.
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