摘要
讨论了红外场景的动态图像建模与仿真技术,由于目标、背景、大气状态的复杂性,红外图像建模与仿真的难度很大。首先介绍了在SGI工作站环境下,红外图像序列建模和仿真软件的设计思想、实现方法和软件框架。然后分析各种辐射对成像的影响,给出辐射计算公式,分别就无源和有源场景进行了分析,提出无源场景温度的求解方法,说明了场景模型、大气传输模型和材料的物理特性对红外成像的作用。最后给出了建模与仿真的一些实例和综合评价。
The technology of modeling and simulation for dynamic IR image is discussed. Due to the complexity of the target, background and atmosphere, the difficulty for the modeling and simulation of infrared image is great. The design idea, achievable way and software frame for the modeling and simulation software of IR image sequences in SGI workstation are introduced. The imaging under various radiation influence is analyzed and the calculation formula of radiation is provided. In addition, the passive scene and active scene are analyzed separately. Then the calculation methods of temperature in passive scene are provided, and the functions of the scene model, atmospheric transmission model and physical property of materials acting on IR imaging are explained. Finally several examples of the modeling and simulation for infrared image sequences as well as the synthetic estimation are presented.
出处
《红外与激光工程》
EI
CSCD
北大核心
2003年第3期299-303,共5页
Infrared and Laser Engineering
关键词
建模
仿真
红外辐射特性
图像序列
Modeling
Simulation
Infrared radiation characteristic
Image sequence
