其基本原理是利用了距离，多普勒分辨力来分离散射点，以使视角平面内目标的边界尺寸可以测量。
The rationale of the measurement is to use range and doppler resolution so as to distinguish various reflecting points of a moving target.
针对远距离的目标检测与跟踪，采用折反射成像方式，设计了一种高分辨力全向视觉系统。
To implement target detection and tracking in long distance, a kind of high resolution omni-directional vision system is designed by catadioptric imaging.
在全极化、高距离分辨力雷达体制背景下，研究了光学区雷达目标极化特性。
In this paper, the property of radar target in the optics region is investigated on the basis of polarimetric and high resolution radar system.
模拟所建立的系统，也为进一步深入研究扩展目标的高分辨力斑点成象技术打下了基础。
The building of the simulation system has laid a basis for further studying high resolution speckle imaging techniques for the extended objects.
然后提出了可用于高距离分辨力雷达目标识别的一维距离象多分辨分解和目标结构特征的多分辨描述方法。
Then, in the light of high-resolution radar target one dimensional range profiles, it is decomposed in multi-resolution and the multi-resolution feature description are obtained.
针对目标检测跟踪的图像滤波算法的评价，提出了目标与背景的交叉分辨力评价算子及评价准则。
Across resolution evaluation operator of target and background is presented to solve the performance of match filtering arithmetic.
该方法在不增加系统结构体积和成本的前提下，有效的提高了成像系统的分辨力，进而提高系统的目标识别能力。
This method improves the resolving power of the image system without increasing the size of system structure as well as enhance the identify ability of the system.
该方法在不增加系统结构体积和成本的前提下，有效的提高了成像系统的分辨力，进而提高系统的目标识别能力。
This method improves the resolving power of the image system without increasing the size of system structure as well as enhance the identify ability of the system.
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