三维目标识别技术已经成为当前图象识别研究的重要方向。
Three - dimensional target recognition has become an important direction in image recognition.
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。
In recent years, some progresses have been obtained in the main research aspects for radar target recognition techniques.
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.
水下目标识别技术是现代声纳系统与水声对抗的一个极为重要的组成部分。
Underwater target identification technology is a very important part of modern sonar system and underwater acoustic antagonizing.
数字全息三维目标识别技术作为一种新的识别技术正在成为研究的热点之一。
Three-dimensional (3D) pattern recognition technology with digital holography is a novel recognition technology, which has attracted extensive attentions.
目标识别技术属于模式识别理论的研究范围，其关键在于特征提取和分类器的设计。
The target identification technology belongs to the research scope of the pattern recognition, its key lies in the characteristic withdraw and the sorter design.
三维目标识别技术是电视跟踪系统中的关键技术之一，也是目前该领域亟待解决的一个难题。
Technique of three-dimensional object recognition is one of the most important techniques in video tracking system and also a difficult problem in it.
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.
回顾了反导系统中的红外识别技术和雷达识别技术，并探讨了反导系统目标识别技术的发展趋势。
The infrared recognition technique and radar recognition technique in missile defense system are reviewed. The development trends of target recognition in missile defense are discussed.
因此，研究在海空复杂背景条件下的目标识别技术，对获取高质量海面目标信息具有非常重要的意义。
Therefore, researching the target identification technology in the sea and air conditions is very important for getting target information with high quality.
利用光学相关的目标识别技术可以实时处理和检测目标，但检测效果容易受噪声影响，检测的可靠性不高。
Using the technology of optical correlation can real-time track and recognize moving targets, but the reliability is not very good because of noise while dealing with the images.
水下目标识别技术是世界各国十分重视的研究课题之一，在国民经济尤其在军事领域中，具有重要的应用价值。
Underwater targets identification, which possesses a crucial application value to state economy and defense, is a very important topic in advanced country.
这种单目镜通过图像增强技术进行目标识别，通过红外技术进行目标探测。
The monocular USES image intensification for target identification and IR for target detection.
极化特征用于目标识别的一项主要研究是将极化信息与高分辨率雷达技术相结合。
The study on the application of polarization characteristics to the object identification is combined with the polarized information and the high-resolution Radar technology.
极化特征用于目标识别的一项主要研究是将极化信息与高分辨率雷达技术相结合。
A main study on the application of polarization characteristics to the object identification is to combine the polarized information with the high-resolution Radar technology.
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).
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.
这些新技术不仅包括精确化、小型化和武器网络化，而且也包括目标识别、光电对抗和对抗效费比等。
These new technologies include not only precision, miniaturization, and net work of weapons, but target recognition, optoelectronic countermeasure, and efficiency-cost ratio of countermeasures, etc.
目标噪声特征提取是被动声纳目标识别系统的关键技术。
Feature extraction of targets radiated-noise is the key technique of passive sonar target recognition system.
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.
对激光探测技术的目标识别及定位方法进行研究。
Target identification and orientation are studied applying laser detection technique.
线谱是船舶辐射噪声中重要的特征信息，线谱提取是水中目标识别的关键技术。
Line spectra provide significant information in ship-radiated noise. Extracting spectral lines from ship-radiated noise is a key technique in identification of underwater targets.
视频分割是目标识别的关键技术。
Video segmentation is one of the key technique of the object recognition.
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。
Target recognition is an important component of data fusion technology and also be a key problem in military affairs research field.
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.
因此该技术正广泛地应用于机器视觉、数码相机、目标识别等领域。
So this technology is widely utilized in machine vision, digital camera and target recognition.
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 technique of passive sonar target recognition system.
因此，本研究为水下运动目标识别与检测提供了新的技术途径。在工程实践中，具有重要的指导意义和应用价值。
Accordingly, the research, in the paper, provides a new technical means for the recognition and detection of underwater moving-target.
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.
本文针对目标识别问题，论述了多传感器目标属性融合技术。
Techniques in multisensor target identity fusion for target identification are described in this paper.
应用推荐