Dynamic scene comprehensive simulation system suitable for image evaluation

Abstract

A dynamic scene comprehensive simulation system suitable for image evaluation belongs to the field of photoelectric imaging and comprises a model library, a parameter interface and a comprehensive simulation system. The model library comprises a background model, a platform model, a target model and a sensor model; the comprehensive simulation system comprises a scene parameter interpretation module, an operation parameter interpretation module, a model parameter calling module, an internal scene construction module and an infrared 3D rendering module. A background model, a platform model, a target model and a sensor model are called in through a model parameter calling module, external scene parameter setting and operation parameter setting are received through a parameter interface and are respectively interpreted by a scene parameter interpretation module and an operation parameter interpretation module, and interpreted parameters are transmitted to the model parameter calling module; a simulation scene is constructed through the internal scene construction module, and 3D rendering is performed on the constructed simulation scene through the infrared 3D rendering module. The device is reliable, practical, small in size, light in weight and easy to install and adjust.

Description

technical field [0001] The invention belongs to the technical field of photoelectric imaging, and in particular relates to a dynamic scene comprehensive simulation system suitable for image evaluation. Background technique [0002] The photoelectric countermeasure equipment has the ability of target recognition, tracking and processing, which is mainly due to its loaded image processing system. In recent years, electro-optical countermeasure equipment has developed rapidly, and the image processing system plays an important role in the realization of target recognition, tracking and processing functions of electro-optical countermeasure equipment. The effect of target recognition, tracking and processing mainly depends on the processing capability of the image processing algorithm loaded in the image processing system. The processing ability of the image processing algorithm directly determines the ability of the electro-optical countermeasure equipment to identify and trac...

AI Technical Summary

Problems solved by technology

[0004] The purpose of the present invention is to provide a dynamic scene comprehensive simulation system suitable for image evaluation, so as to overcome the technical problems existing in the verification scheme for the image processing algorithm in the image processing system in the existing photoelectric countermeasure equipment

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