机载火控雷达

  • 网络Airborne fire control radar;AFCR
机载火控雷达机载火控雷达
  1. 本文介绍了Kalman滤波器应用于机载火控雷达跟踪系统中的理论问题与仿真结果。

    An application of the Kalman filtering theory and simulation results with computer are developed in tracking system of airborne firecontrol radar .

  2. 1553B总线在机载火控雷达系统中的设计途径

    Design Method of 1553B Bus in Airborne Fire Control Radar Systems

  3. 从协议芯片的选型和总线设计的角度对其进行了探讨,并简要地介绍了1553B总线首次在我国机载火控雷达系统中的应用情况。

    In this paper , the 1553B bus is discussed in aspect of chip selection and bus design , and brief introduction to the first application of the 1553B bus in the airborne fire control radar system of our country .

  4. TWS(边扫描边跟踪)技术在我国机载火控雷达中的应用尚属首次,而数字跟踪滤波器是TWS技术中的重要组成部分。

    It is the first time for TWS ( track-while-scan ) technology to be applied to the airborne fire control radar in China . The digital tracking filter is one of the most important parts of it .

  5. 分析了机载火控雷达检测地面慢速目标的特点,提出了一种非自适应的干涉对消法与自适应的AMTI方法相结合的检测方法。

    The features of detection of slowly moving ground targets by means of the airborne firecontrol radar are analyzed , and a moving targets detection algorithm combining unadaptive interferometer cancellation algorithm with adaptive moving target indication is presented .

  6. 机载火控雷达天线方向图的设计与仿真

    Design and Simulation about Antenna Direction Chart of Airborne Fire-control Radar

  7. 数据处理机是机载火控雷达的控制核心,它的性能直接影响到雷达的水准。

    Data processor is the kernel of airborne fire control radar .

  8. 机载火控雷达斜视实时成像处理器

    Real-time imaging processor of high squint in airborne fire control radar

  9. 机载火控雷达行波管发射机副特性研究

    A Study on Auxiliary Characteristics of Airborne Fire-control Radar TWT Transmitter

  10. 用于机载火控雷达显示的信号模拟系统

    Signal Simulation System for Signal Displayed on Airborne Fire Control Radar Display

  11. 机载火控雷达实时调度软件设计

    Software Design of Real-Time Schedule of Airborne Fire Control Radar

  12. 机载火控雷达性能分析及效能评估

    Detection Performance Analysis and Combat Efficiency Estimation of Airborne Fire-control Radar System

  13. 机载火控雷达软件系统测试技术研究

    System Software Testing Techniques Research of Airborn Fire Control Radar

  14. 浅谈机载火控雷达的可靠性监控

    Discussion on Monitering the Reliability of Airborne Fire Control Radar

  15. 机载火控雷达伺服分机通用测试技术

    Universal Test Techniques for Servo Unit in Airborne Fire Control Radar System

  16. 机载火控雷达速度搜索目标的距离估计方法

    Target Range Estimation for Airborne Fire Control Radar in Velocity Search Mode

  17. 机载火控雷达主杂波精跟踪

    Central Frequency of Main Clutter Accuracy Tracking for Airborne Fire Control Radar System

  18. 面向机载火控雷达系统软件开发和评估的仿真系统设计

    Design of Simulation System for Airborne Fire Control Radar Software Development and Evaluation

  19. 相控阵技术在机载火控雷达中的应用

    The Application of Phased-Array Technology in Airborne Fire-Control Radar

  20. 机载火控雷达训练模拟器的设计

    Design of of Airborne Fire - Control Radar Simulator

  21. 机载火控雷达慢速目标检测

    Slowly moving target detection for Airborne Fire-control Radar

  22. 机载火控雷达高重复频率线性调频测距模式目标跟踪方法研究

    Multiple Hypothesis Track Algorithm for Airborne Fire Control Radar with HPRF in FMR Mode

  23. 浅析一种机载火控雷达发射机高功率密度比的成因

    Analysis of the Cause of Superpower Density Ratio for a Airborne Fire-Control Radar Transmitter

  24. 机载火控雷达分布式电源系统研究

    Research on Distributed Supply of Airborne Fire-control Radar

  25. 一种通用的机载火控雷达应答机

    An Applicable Transponder of Airborne Fire-Control Radar

  26. 使用模型参数进行孔隙度、含水饱和度计算,计算结果精度高。机载火控雷达斜视实时成像处理器

    Its accuracy is high . Real-time imaging processor of high squint in airborne fire control radar

  27. 本文给出了机载火控雷达工作在速度搜索模式下目标跟踪,并实现目标距离估计的新方法。

    A new target-tracking algorithm is presented for airborne fire control radar in velocity search ( VS ) mode .

  28. 在具备机载火控雷达的条件下,使用目标状态估值器能够提高空对空射击性能。

    If a fire control radar is installed on the fighter , using TSE will improve the performance of AA gunshot .

  29. 该文研究机载火控雷达对慢速目标的检测方法以及发射信号带宽对慢速目标的检测性能的影响。

    In this paper , slowly moving target detection for airborne fire-control radar and the effect of transmitting bandwidth are discussed .

  30. 针对机载火控雷达中可能出现的距离门拖引欺骗,给出了一种基于交互式多模型的目标跟踪方法。

    An algorithm based on variable structure interacting multiple model is presented to track range gate pull off ( RGPO ) target in airborne fire control radar .