主要由跟踪瞄准图像摄取分系统、数据采集与保存系统和图像处理与评价系统组成。
It mainly consists of image incepted subsystem of tracking and aiming, data collection and preservation subsystem and image processing and evaluation subsystem.
在系统组成上，主要包括跟踪瞄准图像摄取分系统，数据记录处理显示分系统，工作车和保障系统等。
The system include subsystem such as Picture of Track and Aim Ingesting system (PTAIS), Data Recording and Processing system (DRPS), a car, and so on.
利用图像处理软件实现瞄准的自动化。
Image processing was used to realize automatic collimation of missile.
设计了一套图像式自动瞄准系统。
通过对图像瞄准系统中的畸变分析，提出以激光长度测量值作为长度基准的成像系统在线自标定方法。
In this paper the distortion of image collimating system is analyzed, and then an on-line self-calibration method with double-frequency laser length measuring result as length datum is presented.
采用的瞄准方法综合使用了图像处理方法、亚像素细分方法、曲线拟合方法和“电子准星”技术。
In the automatic aiming method, image processing, sub-pixel division, curve fitting and "electronic front sight" technologies are synthetically utilized.
为利用数字图像处理技术实现导弹武器自动化瞄准，图像采集装置采用直接调焦方式实现自动调焦；
To realize the automatic collimation of missile by using image processing, direct focusing mode is used, and the part definition of image is computed to achieve automatic focusing.
图像摄取分系统，完成在现场实时观察记录瞄准手的瞄准过程，并通过相应的软硬件设计，实现操作手的瞄准过程光谱分光成像。
The PTAIS is used to watch and record aim process real time, and by relevant design of soft and hard, complete spectrum prismatic imaging of aimer's aim process.
它能为更好火力精度安装使用白光瞄准镜，或安装图像增强夜视瞄准具用于夜间战斗。
It can be fitted with an optical sight for better fire accuracy, or an image-intensified night vision for night combat.
提出了一种可应用于线纹宽度测量和线纹间距测量时瞄准线纹的图像瞄准方法。
This paper presents an image aiming method that can be used to measure the width or distance of line or stripe.
“图代炮”系统，即自行反坦克突击炮瞄准镜视场图像判读替代实炮射击训练系统。
"Image processing supersedes artillery firing" system, is a training system using image interpretation replaces artillery firing of self-propelled anti-tank guns aimed at their own field.
该方法的主要过程是在对抗系统完成捕获、瞄准、跟踪后，由目标投影成像结果，展开作用面的图像分割与识别。
The method could divide and identify the working surface based on the projective images of targets after acquiring, pointing and tracking (APT).
采用视频图像分析与地面目标群运动特性相结合的方法 ，可以解决空中对地面目标群的跟踪和瞄准问题。
Our video image analysis takes full advantage of this constraint to attain the goal of always locating the center of a ground target group at the cen.
采用视频图像分析与地面目标群运动特性相结合的方法 ，可以解决空中对地面目标群的跟踪和瞄准问题。
Our video image analysis takes full advantage of this constraint to attain the goal of always locating the center of a ground target group at the cen.
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