该技术对自动目标识别具有广泛的应用前景。
This technique has broad applications to Automatic Target Recognition.
目标检测是自动目标识别(atr)的第一个阶段。
Target detection is the first stage of automatic target recognition (ATR).
红外成像自动目标识别是精确制导武器的重要研究内容。
Automatic Target Recognition through infrared imaging is an important part in the research of the precision guided weapons.
特定目标的检测与识别是自动目标识别的关键技术之一。
The detection and recognition of specific targets is one of key techniques of ATR.
雷达自动目标识别一直是雷达探测领域的重点研究内容。
Radar target recognition technique has become one of the key subjects in the radar surveillance field.
最后给出了SAR图像自动目标识别系统的主要评价原则。
The main evaluating principles of SAR ATR system are given finally.
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。
A kind of automatic target recognition and tracking technique for imaging infrared seeker is introduced briefly in this paper.
复杂背景下目标的准确分割是自动目标识别中的关键技术之一。
Accurate segmentation of targets on complex background is one of the key techniques in Automatic target Recognition (ATR).
提取的直线图可以用于遥感图像矢量化、自动目标识别等方面。
The extracted line graph can be used for SAR image vectorization and comprehension etc.
本文主要研究了基于高距离分辨率雷达像的自动目标识别问题。
Second, a novel method for joint alignment and ATR, which is based on high range resolution profiles, is presented.
敌我识别(IFF)是自动目标识别(atr)技术的重要应用之一。
IFF is one of important application of automatical target recognizing (ATR) technology.
要验证或者建立自动目标识别方法，必须建立详尽的雷达目标数据库。
An exhaustive radar target database has to be established, in order to verify or to construe methods for Automatic target Recognition.
介绍了射频自动目标识别技术，阐述了该技术在公路和铁路交通中的应用。
This article introduces radio frequency automatic object identification technology and elaborates its application on highway and railway traffic system.
检测是自动目标识别系统的第一步，其性能的好坏对后续处理的影响较大。
Detection, is the first step of an ATR system, its performance has great influence on the successive processing.
实验结果表明，随机算法的效果较好，能满足红外自动目标识别的实际需。
The random algorithm can detect the contour and inner and outer information of thermal image.
方位角估计是合成孔径雷达（SAR）图像自动目标识别研究中的一个重要问题。
Azimuth estimation is very important in the field of Automatic Target Recognition(ATR) of Synthetic Aperture Radar(SAR) images.
然后，以特征系数作为识别特征量，采用最小距离分类法，实现了自动目标识别。
Then, the feature coefficients are classified by the minimum distance criterion to recognize the target automatically.
介绍以分形技术为核心的自动目标识别系统的技术关键、系统性能和系统的应用前景；
The key techniques system features and promise of applications for automatic target recognition based on the fractal techniques are discussed then.
基于这一点，本文在对复眼的研究及讨论的基础上，提出了一些自动目标识别的技术。
So this paper does certain researches on ommateum and some ATR techniques are proposed in this paper.
红外自动目标识别技术是一项难度较大、国内外军事部门高度重视的高级智能化图像处理技术。
Automatic infrared target recognition is a senior intelligent image processing technology focused by domestic and overseas military departments.
本文根据红外成像制导的处理流程对红外目标检测、跟踪以及红外自动目标识别算法进行了一些研究。
Based on missile signal processing, this paper mainly studies in infrared target detection, tracking and infrared automatic target recognition.
目标电磁散射特性在现代雷达及电子对抗中具有非常重要的意义，特别是在雷达自动目标识别中更是不可或缺。
Electromagnetic Scattering character of target is significant for modern radar and electronic warfare. Especially in radar automatic target recognition, it's indispensable.
自动目标识别(atr)的性能需要在实验数据基础上比较评价，但是获取真实的实验数据需要大量的外场试验，因而是有限的。
The ATR function should be evaluated through the experiment data, but obtaining the true experiment data demands a great deal of outfield experiment, so it is limited.
高分辨一维距离像是雷达自动目标识别的重要特征之一，它对目标姿态变化很敏感，只有通过进一步处理才能够实现有效的目标识别。
In automatic target recognition of radar, high-resolution range profile (HRRP) is an important feature which is very sensitive to attitude change of the target.
文中主要针对铁路红外图像的特点，在原有的自动目标识别算法上，将图像处理技术与人工智能相结合，提出一种基于知识的智能识别方法。
According to the characteristic of digital infrared image, a new method from original ATR methods is presented, which combines image processing and artificial intelligence.
FPGA的优势在ATR（自动目标识别）中也 有一定 的体现，特别是它内部 的嵌入式存储块在识别过程中起了很重要 的作用。
The superiority of FPGA center is also manifest in ATR, especially its interior ESB played very vital role in the recognition process.
该文详细讨论了基于HRRP的雷达自动目标识别的关键技术及研究现状，包括雷达hrrp的特性、预处理方法、特征提取方法及分类器设计方法等。
In this paper, we review the present research status and some key techniques in this field, including the property of HRRP, preprocessing methods, feature extraction and classifier design.
基于对HRRP空间雷达自动目标识别中冗余噪声匹配的分析，研究了高分辨距离像的特征选择方法，提出了一种基于目标子空间的雷达自动目标识别方法。
This thesis studies the feature selection method of HRRP and proposes a RATR method in target subspace based on the analysis of noise-match in HRRP space.
形状是目标的一种本质特征，基于形状的目标识别是遥感影像目标的计算机自动识别中一种重要的技术方法。
Shape is an essential character of objects and recognition through shape is an effective method in the computer-aided auto-recognition of remote sensing image objects.
形状是目标的一种本质特征，基于形状的目标识别是遥感影像目标的计算机自动识别中一种重要的技术方法。
Shape is an essential character of objects and recognition through shape is an effective method in the computer-aided auto-recognition of remote sensing image objects.
应用推荐