The system of infrared imaging fuze based on imaging seeker information can get a series of dynamic infrared images of target from the whole to a part and realize forward looking detection.
利用成像导引头信息的红外引信可以获得目标由完整到局部的一系列动态红外图像，实现前视探测。
A kind of automatic target recognition and tracking technique for imaging infrared seeker is introduced briefly in this paper.
文中概要介绍了一种红外成像导引头自动目标识别跟踪技术。
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。
Detection of the decoys in the field of view (FOV) of the imaging-infrared seeker (IIR) is important for IIR to track the true target aircraft.
在红外成像导引头视场中，及时检测出干扰弹是红外成像导引头实现抗干扰弹干扰的前提。
Detection of the decoys in the field of view (FOV) of the imaging-infrared seeker (IIR) is important for IIR to track the true target aircraft.
在红外成像导引头视场中，及时检测出干扰弹是红外成像导引头实现抗干扰弹干扰的前提。
应用推荐