Research on the Effectiveness of a Visual Protection of Military Objects in Field Conditions and in a Virtual Environment

W. Przybył
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Abstract

Abstract: The article presents two methodologies for testing the effectiveness of camouflaging military equipment. The tested objects were camouflaged with deforming camouflage dedicated to the environment and season. The tests covered the visible spectrum and were carried out both in real conditions - training ground, and in a virtual environment – on a specially prepared calibrated stand, characterized by compliance with real conditions and human perception of vision – presented colors, as well as in terms of the amount of information and detail rendering. These two test methods were compared, attention was drawn to the high correlation of results and to some characteristic properties of both separately. The work confirms the legitimacy of developing and improving virtual research methods as supporting in the design and testing of modern camouflage patterns, especially at the initial stage of pattern design. It can also be useful when assessing masking systems in other ranges of electromagnetic radiation: UV, near infrared, or thermal range.
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野战条件和虚拟环境下军事目标视觉防护效果研究
摘要:本文介绍了两种测试军事装备伪装效能的方法。这些被测试的物体被伪装成专门针对环境和季节的变形伪装。这些测试涵盖了可见光谱,并在真实条件下(训练场)和虚拟环境中(在专门准备的校准台架上)进行,其特点是符合真实条件和人类视觉感知——呈现的颜色,以及在信息量和细节渲染方面。对这两种测试方法进行了比较,注意结果的高度相关性和各自的一些特性。这项工作证实了开发和改进虚拟研究方法作为现代迷彩图案设计和测试支持的合法性,特别是在图案设计的初始阶段。在评估其他电磁辐射范围(紫外线、近红外或热范围)的掩蔽系统时,它也很有用。
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