Multispectral synthetic environment simulation system

Abstract

A multi-spectral-coverage synthetic environment simulation system comprises a synthetic environment modeling and calculating unit, a synthetic environment data Sedris standardization unit and a synthetic environment rendering and visualization unit. The defects in the prior art are overcome, and the problems that in a simulation test, the complex and true environment is difficult to simulate, and meanwhile accurate and effective environment support data are insufficient, so that influences on the test by environmental factors are not sufficiently embodied are solved. modeling, SEDRIS standardization and visualization of the synthetic environment of atmosphere, infrared, electromagnetism and others are achieved, standardized synthetic environment data are provided for simulation application, and support is provided for operational effectiveness evaluation of a weapon system.

Description

technical field [0001] The invention relates to a system for modeling, data standardization and visual rendering of a synthetic environment composed of atmosphere, infrared and electromagnetic, and belongs to the technical field of virtual experiments. Background technique [0002] The synthetic environment will have an important impact on the performance of the weapon system, but due to the lack of accurate and effective environmental data as a support in the virtual test process, it has not been able to solve the problems of environmental data reusability and heterogeneous network interoperability, thereby reducing the accuracy of the virtual test results. The multi-spectral synthetic environment simulation method focuses on solving the modeling and simulation problems of virtual test synthetic environments such as atmosphere, infrared, and electromagnetic, and provides comprehensive, accurate, continuous and standard synthetic environmental data for virtual tests, reveali...

AI Technical Summary

Problems solved by technology

[0005] The technical solution of the invention: to overcome the deficiencies of the prior art, a SEDRIS standard-based multi-spectral synthetic environment simulation software system has been developed, which solves the difficulty of simulating the complex real environment in the simulation test and lacks accurate and effective environmental support The data failed to fully reflect the impact of environmental factors on the test, and realized the modeling of atmospheric, infrared, electromagnetic and other synthetic environments, as well as the standardization and visualization of SEDRIS, providing standardized synthetic environmental data for simulation applications, and for combat effectiveness evaluation of weapon systems provide support

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