目标截获

  • 网络target acquisition
目标截获目标截获
  1. 舰艇隐身对反舰导弹末制导雷达目标截获能力的影响

    Influence of Warship Stealth on Antiship Missile Terminal Guidance Radar Target Acquisition

  2. 侦察、监视和目标截获(系统)

    Reconnaissance , surveillance and target acquisition ( system )

  3. 基于Logistic回归模型的目标截获概率等效方法

    Equivalent Method for Target Capture Probability Based on Logistic Regression Model

  4. 干扰条件下提高主动导引头目标截获能力的措施

    Measures for enhancing interception performance of radar seeker under jamming

  5. 红外成像导引头点目标截获研究

    Rapid point target acquisition method for imaging infrared seeker

  6. 红外搜索跟踪系统的目标截获判据

    Acquisition Criterion for Infrared Searching and Tracking System

  7. 非合作式传感器空间运动目标截获概率研究

    Space Moving Target Interception Probability of Uncooperative Sensors

  8. 目标截获仿真系统由分布式控制系统构成;

    The simulation system is organized as a distributed control system which contains capturing target modules .

  9. 监视和目标截获雷达

    Surveillance and target acquisition radar

  10. 空空多目标截获与攻击综合半实物仿真系统的设计与研制

    Design and Development of the HWIL Synthetic Simulation System of Air to Air Multi-Target Acquisition and Attack

  11. 研究了阵列雷达中快速目标截获的两个关键问题:角度测量和角度预测。

    Two key problems , angle measurement and angle prediction , of the swift target acquisition in array radar are studied .

  12. 作为武器系统中重要的传感器,雷达在目标截获、跟踪、识别等方面发挥着重要作用,迫切需要对其进行建模和仿真研究。

    Radar , as one of the most important sensors in modern weapon systems , plays an important role in searching , tracking and recognition .

  13. 本文以复合制导武器系统为对象,在小子样试验样本下,分别对目标截获概率和识别概率等成功概率、落点精度、毁伤效能三种经典战技指标的融合评估方法进行了研究。

    Taking combined guidance weapon system ( CGWS ) as the research object , this paper studies the fusion evaluation methods for three classic tactic indexes in small test samples , which are separately the success probability , the impact precision and the interdiction effectiveness .

  14. 基于TLS的相控阵雷达目标角度截获方法

    An Angle Acquisition Method Based on TLS Estimation with Phased Array Radar

  15. 本文提出了一种在相控阵雷达中利用总体最小二乘(TLS)估计进行目标角度截获,提取目标角度信息的方法。

    An angle acquisition method is proposed in this paper based on Total Least Squares ( TLS ) estimation with phased array radar .

  16. 为了解决近程防空导弹制导雷达实现全方位、高数据率跟踪多目标、截获跟踪多导弹遇到的资源紧张问题,提出了利用BD无源定位方案实现导弹自定位,提高导弹自定位精度的方法。

    To solve the resource problem of anti-missile radar omnidirectional and high data rate tracking targets , missile self-position technology to improve missile position precision based on the scheme of passive BD is put forward .

  17. 我们的目标是截获那些病毒。

    Our goal was to remove the virus stockpile from the marketplace .

  18. 该系统是对空空导弹进行空中目标机截获跟踪试验时使用的飞行试验参数专用测试设备,用于实时显示载机、目标机的速度、高度、位置、轨迹、和相对运动参数。

    The system is a dedicated measuring equipment of flight test parameters for missile target interception . It can present the real-time data of speed , height , position , track and relative motion parameters of the missile and target .

  19. 雷达天控器系统是用来控制雷达天线的运动,实现对目标的搜索、截获、跟踪,并将天线的方位角和高低角数据传递给计算机。

    The system of radar antenna controller is used to control the movement of radar antenna , which can realize to search , capture , track the targets and transfer the data of radar azimuth angle and high-low angle to computer .

  20. 多目标攻击空空导弹的目标截获概率分析

    Analysis of AAM Acquisition Probability in Multi-target Attacking

  21. 将MIMO雷达技术应用于机载雷达,可以有效改善雷达在目标分辨、地面动目标检测、抗截获等方面能力。

    Based on the application of MIMO technology to airborne radar , performance of radar target identification , target detection , and capability of anti-interception are significantly improved .

  22. 但是,多脉冲相关检测以牺牲捕获目标时间换取高检测概率,相关次数多,捕获目标所用时间长,影响激光雷达对运动目标的迎头截获能力。

    On the other hand , the pulse-correlation detection algorithm achieves a high detection probability at the expense of the capture time , with more correlation times and longer time to capture the target , which will weaken the head-on intercept ability of laser radar .

  23. 空对地海目标的监测、识别是用电磁波(可见光、红外、微波、毫米波等)与处于地海环境中的目标相互作用的散射和辐射来获取信息、制导和目标截获的。

    Electromagnetic scattering and propagation in natural environment plays important role for defense hi-technology , such as radar surveillance , missile guidance , and target tracking etc.