试验结果表明，对于仅含有一个飞机目标的红外图像，本文提出的方法的识别准确率可达到80%以上。
The test result shows that the proposed method has its recognition rate of more than 80% for the infrared image which contains only one aircraft target.
为实现对飞机真假目标的识别，尤其是红外双波段识别，提供了理论基础。
The comparison is the base of aircraft′s identification technology, especially of double bands identification technology.
分析了弹道终端红外成像导引头跟踪盲区形成的原因，提出了采用局部图像跟踪算法减小跟踪盲区的思想，讨论了飞机目标局部图像跟踪部位的选取原则。
The new infrared imaging fuze realizes forward detection and burst control by sharing the imaging seeker, which can get a series of dynamic infrared images of aircraft from the whole to a part.
分析了弹道终端红外成像导引头跟踪盲区形成的原因，提出了采用局部图像跟踪算法减小跟踪盲区的思想，讨论了飞机目标局部图像跟踪部位的选取原则。
The new infrared imaging fuze realizes forward detection and burst control by sharing the imaging seeker, which can get a series of dynamic infrared images of aircraft from the whole to a part.
应用推荐