毫米波雷达

  • 网络millimeter wave radar;mmw
毫米波雷达毫米波雷达
  1. 毫米波雷达的应用及发展

    Application and Development of Millimeter Wave Radar

  2. 杂波对毫米波雷达RCS测量的影响

    Influence of Clutter on RCS Measurement in Millimeter Wave Radar

  3. MUSIC法用于频率步进毫米波雷达目标回波信号分析

    An Analysis of Signal of Step-Frequency High Resolution MMW Radar With MUSIC Algorithms

  4. 基于FPGA毫米波雷达模拟器的多目标信号形成技术

    Generating Multiple Target Signals for Millimeter-Wave Radar Simulator Based on FPGA

  5. 毫米波雷达及其对抗隐身与RCS

    Millimeter - Wave Radar and its Countermeasures

  6. 本文研究了一种毫米波雷达侦察系统的组成和特性,提出了基于高性能DSP和FPGA的系统设计方案,该系统具有很高的实时性、准确性、先进性和通用性。

    This paper researches the composing and feature of millimeter-wave radar , and proposes a system design plan based on advanced DSP and FPGA .

  7. 脉间CostasFH高分辨毫米波雷达信号的DDS实现

    Implementation of inter-pulses Costas FH high resolution MMW radar signal using DDS Technology

  8. DBF技术在毫米波雷达导引头中的应用探讨

    Discussion of the Application of DBF in MMW Seeker

  9. 通过对泄漏三角波的研究,给出了几种有效的解决方法,这对FMCW毫米波雷达系统的设计和其性能的提高,具有较好的参考价值。

    The leaked triangular wave of FMCW millimeter-wave radar has been analyzed .

  10. FMCW毫米波雷达高分辨率目标距离像及其处理

    High Resolution Range Profile and Its Processing Techniques for FMCW Millimeter Wave Radar

  11. 本文针对毫米波雷达距离高度显示器RHI(RangeHeightIndicator)的速度模糊现象,提出了两种退速度模糊方法,并用实测数据进行了试验。

    Two methods aiming at velocity aliasing with millimeter wave radar Range Height Indicator are put forward . A lot of measured data were used to take tests .

  12. 针对寄生调幅是影响FMCW毫米波雷达作用距离的重要因素,讨论了中频滤波器在FMCW毫米波雷达系统中的作用,研究了滤波器性能与雷达作用距离的关系。

    The function of IF filter in the FMCW millimeter wave radar system was discussed considering that parasitic AM was the main factor that affects the detecting range of FMCW millimeter wave radar .

  13. 根据车用毫米波雷达传感器组网络技术,设计了一种基于DSP2812的路面识别控制系统。

    In accordance with the millimeter wave radio sensor networking technology , the pavement recognition control system based on DSP2812 has been designed .

  14. 针对毫米波雷达的典型频率35GHz和94GHz,对雷达目标的雷达散射截面及一维距离像特征进行研究。

    The study of radar target 's signature at 35 GHz and 94 GHz of millimeter band is presented .

  15. 这些超小型化具有高性能的高温超导(HTS)铁氧体器件和高功率准光环行器的试验成功,将对微波单片集成、混合平面集成和毫米波雷达系统的发展产生重要的影响。

    Thus ultraminiature ferrite devices with high performance and high tempera - ture superconductor ( HTS ) and high power quasi-optical circulators have experimentally succeeded . It will have im - portant effects for developments of microwave monolithic integration , mixture planar integration and millimeter wave radar system .

  16. 毫米波雷达检测技术在预防交通事故中的应用

    The Application of Millimeter-Wave Radar Detection Technology to Traffic Accidents Protection

  17. 毫米波雷达多运动目标检测算法研究

    Multi-moving targets detection based on p_0 order CWD in MMW radar

  18. 其次对毫米波雷达和相控阵雷达的基本理论作了介绍对混频器的分类作了一个概述;

    Second , overview the millimeter radar and phased-array radar basic theory ;

  19. 毫米波雷达技术在高炉料面测量中的应用

    Millimeter-wave radar technique for measuring charge level in blast furnaces

  20. 高分辨阶梯变频毫米波雷达目标信号仿真研究

    Research on High Resolution Frequency-Stepping MMW Radar Target Signal Simulation

  21. 星载毫米波雷达信号处理系统设计理论与实现

    Design Theory and Realization of Signal Processing System for Spaceborne MMW Radar

  22. 毫米波雷达旋翼回波的多普勒调制效应研究

    Research in the Doppler Modulation of Rotor Blades for Radar

  23. 毫米波雷达回波去噪与特征提取研究

    The Study of MMW Radar Echo Denoising and Character Extraction

  24. 一种毫米波雷达数据采集与处理系统设计

    System Design of Data Acquisition and Processing for MMW Radar

  25. 毫米波雷达在舰载近战武器系统中的应用现状和展望

    Applications and Prospects of Millimeter Wave Radar in Shipborne Close in Weapon Systems

  26. 频率分集技术对宽带毫米波雷达目标角闪烁的抑制

    Frequency Diversity to Suppress Glint in Wide-Band MMW Radar

  27. 复杂背景下毫米波雷达目标识别的一种方法

    Target Recognition for MMW Radar Signals on Complicated Background

  28. 毫米波雷达阶跳频信号分析及运动补偿方法的实现

    Stepped-frequency Signal Analysis and Motion Compensation for mmW Radar

  29. 一种用于毫米波雷达目标的成象与识别算法

    An Algorithm for Imaging and Recognition of Target for the Millimeter Wave Radar

  30. 制导系统用的毫米波雷达和辐射计传感器

    Mm-wave radar and radiometer sensors for guidance systems