摘要
提出了一种用于导弹的飞机红外图像高速识别系统 .系统基于邻域并行的原理 ,采用多处理单元并行的处理结构 ,集图像并行输入、并行处理、并行存储于一体 .对于远距离图像 ,使用适于帧间处理的邻域图像处理机 ,实现弹目交会状态和目标识别 ;对于近距离图像 ,采用探测元与处理电路一一对应的大规模并行数字电路 ,实现目标部位识别 .该系统能够满足弹目高速交会时实时识别的要求 .
A high speed recognition system of plane infrared image used for missile was presented. Base on the neighborhood parallel theory, this system was adopted by parallel processing structure with multi processor, and combined parallel inputting, parallel processing, parallel storing. The neighborhood image processor was used for the frame processing of the long distance image, the recognition of the target and the state of the missile target engagement could be realized. The large scale parallel digital circ...
出处
《红外与毫米波学报》
SCIE
EI
CAS
CSCD
北大核心
2002年第5期367-371,共5页
Journal of Infrared and Millimeter Waves
关键词
红外成像
邻域处理
特征提取
并行处理
图像识别
infrared imaging
neighborhood processing
feature extraction
parallel processing
image recognition.
