摘要
以红外成像空空导弹为仿真对象,采用BOM(基本对象模型)开发标准设计红外成像导引的层次化结构模型,介绍了系统组成,阐述了基于最大距离法的图像分割算法和综合评价目标的识别算法,研究了形心和相关跟踪算法的应用条件和工作过程,依据给定的评估准则建立了基于BOM的红外成像导引算法仿真评估系统,为抗干扰导引算法评估提供了平台。
Taking infrared imaging air to air missile as the simulation object, with basic object model （BOM） development standard, the infrared imaging guiding hierarchical structure model is designed, and the BOM system composition is introduced. The image segmentation algorithm based on the maximum distance method and the recognition algorithm for the comprehensive evaluation target are discussed. The application conditions and working process of centroid and correlation tracking algorithms are studied. According to the evaluation criteria, the infrared imaging guiding algorithm simulation evaluation system is established based on BOM, which provides a platform for the anti-jamming guiding algorithm evaluation.
出处
《光电技术应用》
2017年第1期60-64,共5页
Electro-Optic Technology Application
关键词
BOM
红外成像
性能评估
图像处理
仿真
basic object model （BOM）
infrared imaging
performance evaluation
image processing
simulation
