1)Target detection目标探测
1.Design and application of same distribution test for target detection accuracy;目标探测精度的同分布检验设计与应用
2.Application of new texture analysis algorithm in target detection;一种新的纹理分析算法在目标探测中的应用
3.Design and application of target detection range related analysis;目标探测距离相关分析的设计与应用
英文短句/例句
1.Primary Discussion on Linear-array Angle-spectrum Long-distance Detection Technique线列阵角度谱远程目标探测技术初探
2.Orientation Precise Estimation for Short-range Target and Hardware Implementation;近程目标探测与方位估计及硬件实现
3.Design and Realization of Radar Simulation for Space Object Observation;空间目标探测雷达的仿真设计与实现
4.The Monte Carlo Simulation of Laser Underwater Target Detection激光水下目标探测的Monte Carlo模拟
5.Vehicle Acoustic Target Detection Identification Technology and Engineering Realization车辆声目标探测识别技术及工程实现
6.Design and Implementation of WSN Node for Moving Target Detection移动目标探测用WSN节点设计与实现
7.Development of SQUID Gradiometers in the Detection of Marine Targets海洋目标探测中的超导梯度仪的进展
8.Active Detection to Underwater Target Based on Time Reversal Technique基于时反处理法的水下目标探测研究
9.Analysis of RD Imaging Method for Subsurface Object Detection Based on LFMCW地下目标探测的LFMCW RD成像方法分析
10.minimum acquisition flux density探测目标最小通量密度
11.IR camouflage-detection camera假目标红外探测相机
12.Effect of target attitude on the radiation characteristics of space target and the detection technique目标姿态对空间目标辐射特性影响及探测技术
13.TECHNIQUES OF 8mm WAVE BAND SIGNAL DETECTION AND IDENTIFICATION FOR TANK坦克目标8mm波段信号探测及目标识别技术
14.iaea detection goals国际原子能机构探测目标
15.Radar is used to detect objects in the air or at sea.雷达被用来探测空中或海上的目标。
16.Adaptive Target Detecting and Tracking for GPR探地雷达中目标的自适应检测与跟踪
17.Methods Study on Acoustic Dual Detection in Air and Under-water for Aircraft Tracking;空—水联合探测直升机目标的方法研究
18.FPGA Implementation for Alarm System and Multi Targets Detection and Tracking in Infrared Image;线列探测器多目标告警系统的FPGA设计
相关短句/例句
object detection目标探测
1.Romote sensing technical method of wide band or high spectrum is described briefly and the research and applying status of subpixel,low probability and object detection are introduced.简述宽波段或高光谱遥感技术方法及亚象元、低概率目标探测技术的研究及应用现状。
2.Millimeter wave object detection makes use of the electromagnetic thermal emission of the subject and reflected thermal signals from the background, millimeter wave object detection, in comparison to visible or infrared object detection, has great potential advantage of detection through fog、cloud、smoke、sandstorms and other poor weather conditions.毫米波目标探测是利用目标、背景的电磁热辐射来实现的,与可见光及红外探测相比,毫米波目标探测在雾、云、烟尘、沙暴等恶劣气候条件下具有潜在的优势。
3)target detecting目标探测
1.Compared with microwave,millimeter wave s wavelength is shorter,as antenna apeture size is assigned,its beam-width is narrower and its gain higher,the microwave sensor imaging system has better resolution rate and precision when it is used in target detecting and identification.毫米波与微波相比,波长更短,对于给定的天线孔径尺寸,波束宽度较窄、增益较高,所以毫米波辐射计成像系统在目标探测、跟踪和识别方面具有更好的分辨率和精度。
4)threats air defense探测目标
5)point target detection点目标探测
6)target detector目标探测器
延伸阅读
激光水下目标探测 激光水下目标探测 laser underwater target detection 刃ater}标的了摄影i离较军事三置通毛之间l水中秒和列如，53微:和水少。飞一激光已湾战载蓝iiguang shuixia mubiQo tanee激光水下目标探测、(l aser undertarget detection)用激光探测水下「距离、位置、形状的技术。与普通水下和声纳等探测手段相比，具有探狈」跳远、精度较高、识别能力较强等优点。上可用于探侧水雷、潜艇等水中目标 激光测深激光水下目标测量落过测量激光脉冲往返于观测点至目拓所用的时间，根据光速(激光在大气禾的传播速度分别约为2.99/108米/2.44/108米/秒)推算出目标深度。1机载Nd激光探测系统分别用波长0.:米和1.06微米激光探测飞机飞行高度中目标的深度，探侧波的脉宽约10纳1机相对于目标运动和水面轻微波动对测深结果无实质性影响。在1991年浓争中，以美国为首的多国部队曾将初极管53微高度索速，探1次/测技{光发干口显每瞬「点按射的经放在显相对离子率为级，然光助照、散照明 5米采用「手‘悬像增，水米。}留石明光器件水中行引物分洁)飘孚物敷光约荧抗的则水与水光一本，目标巾目于水究，粼水光的咋用绿激光探测系统用于探测水雷。以二泵浦固体激光器为发射器(激光波长O米、脉冲能量2毫焦耳)，飞机飞辛130一500米，其探雷性能参数为:契率5一25千米丫小时，探雷水深达24到雷概率0.9一住95，探雷虚警率不大刁小时。 激光扫描成像采用光束扫描书术对水下目标成像。扫描成像装置由授射器、光电探测器、视频信号处理电足示器组成。细光束在视场中逐行扫描，时只照亮目标表面的一个点，多个光具行、帧形成二维栅状照明光束。目标五微弱回波被光电探测器转换成电信号。
