New sensors for improved target identification; and other target recognition and identification features.
改进目标识别的新传感器以及其他目标识别和辨别特征。
An expert system of air attack target recognition model based on blackboard model is built after the target information is synthesized, it can simulate the recognition thought of the domain experts.
在对空袭目标信息进行综合利用的基础上，建立了基于黑板模型的多传感器空袭目标识别融合专家系统模型，模拟专家识别思维。
The dissertation is the study of the target recognition and orientation which has change of Angle, translation and scale under the simple background, based on the neural networks.
本文研究了简单背景下，发生尺度、角度、位置变化的目标的神经网络识别、定位方法。
Target recognition is an important component of data fusion technology and also be a key problem in military affairs research field.
目标识别是数据融合技术的一个重要组成部分，也是军事技术研究领域中的一个重要课题。
Accurate segmentation of targets on complex background is one of the key techniques in Automatic target Recognition (ATR).
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。
The performance of target recognition is usually limited when using single sensor.
在目标识别中，单个传感器的目标识别性能很有限。
Target recognition is a tricky technique in the field of modern radars.
目标识别是现代雷达领域的一个难点问题。
Target Intelligent Recognition (TIR) of the low-resolution radar has been a difficulty in radar target recognition field.
低分辨雷达目标智能识别一直是雷达目标识别研究领域的难点。
General definition of target recognition is that makes out the type or attribute of target.
目标识别笼统的定义就是对目标类型或属性等做出某种判别。
Fuzzy integral is an effective decision level fusion method for target recognition.
模糊积分是一种有效的决策层融合目标识别方法。
The validity of this method is proven by testing lots of common data sets and practical application in radar target recognition system.
通过对大量公用数据集的测试以及在实际的雷达目标识别系统中应用，方法有效性得到了证明。
The experimental result shows that the algorithm has valuable application in target recognition of the precision guidance weapon.
实验结果表明：这种方法对精确制导武器的目标识别具有较高的实用价值。
A target recognition approach to infrared images of remote transmission is presented.
提出了一种远距离传输红外图像的目标识别方法。
The techniques of feature extraction, feature selection and design of classifier for passive sonar target recognition are reviewed.
文章对被动声纳目标识别的特征提取、特征选择和分类器设计方面进行了回顾。
Feature extraction of targets radiated noise and design of targets classifier are key technique of passive sonar target recognition system.
目标噪声特征提取和目标分类器设计是被动声呐目标识别系统的关键技术。
Feature extraction of targets radiated noise and design of targets classifier are key issues of passive sonar target recognition system.
目标噪声特征提取和目标分类器设计是被动声纳目标识别系统的关键技术。
The key techniques system features and promise of applications for automatic target recognition based on the fractal techniques are discussed then.
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；
Image matching machine is an important part of target recognition system.
图像匹配处理机是目标识别系统的重要组成部分。
DEMON analysis is one of the most important means for underwater target recognition.
DEMON分析是舰船噪声目标识别的重要分析手段之一。
In recent years, some progresses have been obtained in the main research aspects for radar target recognition techniques.
近年来，在雷达目标识别技术的几个主要研究方面已取得若干进展。
The propeller shaft frequency is one of the important target recognition features for passive sonar.
螺旋桨轴频是被动声纳极其重要的目标识别特征之一。
The result demonstrates the feasibility of using recurrent neural networks for aircraft target recognition.
实验结果表明，递归神经网络用于飞机目标识别是有效可行的。
Based on this method, an experimental system for ship target recognition is implemented.
基于本方法，一种实验性的船目标识别系统已经构成并运行。
Target detection is the first stage of automatic target recognition (ATR).
目标检测是自动目标识别(atr)的第一个阶段。
A target recognition method is studied based on spatial location relationship of the sample vector.
利用样本向量的空间位置关系，对目标识别方法进行研究。
The method for radar target recognition using local integral bispectrum and SVM is proposed.
提出了基于局部积分双谱与SVM的雷达目标识别方法。
For target recognition, millimeter wave sensor and infrared sensor have their own unique advantage.
在目标识别中，毫米波敏感器和红外敏感器有各自独特的优势。
This is a new kind of image target recognition method of remote sensing.
这是一种全新的遥感图像目标识别方法。
Decision templates is an intuitive decision level fusion scheme for target recognition.
决策模板法是一种直观的决策层融合目标识别方法。
Optical sensor target recognition extracts the characteristic of target to perform target recognition after having acquired its reflection and radiation (spectra) characteristics.
光传感器目标识别则是在取得目标的反射特性和辐射特性（光谱）后提取其特征进行识别。
应用推荐