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Radar

雷達,是英文Radar的音譯,源于radiodetectionandranging的縮寫,意思為“無線電探測和測距”,即用無線電的方法發現目標并測定它們的空間位置。因此,雷達也被稱為“無線電定位”。雷達是利用電磁波探測目標的電子設備。雷達發射電磁波對目標進行照射并接收其回波,由此獲得目標至電磁波發射點的距離、距離變化率(徑向速度)、方位、高度等信息。
  • MATLAB Simulations for Radar Systems Design

    MATLAB Simulations for Radar Systems Design,此書附帶源程序

    標簽: Simulations Systems MATLAB Design

    上傳時間: 2017-09-13

    上傳用戶:bjgaofei

  • Radar equation for target estimation

    Radar equation for target estimation

    標簽: estimation equation target Radar

    上傳時間: 2017-09-17

    上傳用戶:sssl

  • MATLAB Code : For MATLAB programmers, this code is to implement the tracking algorithm of a Radar,

    MATLAB Code : For MATLAB programmers, this code is to implement the tracking algorithm of a Radar, in the Matlab environment

    標簽: MATLAB programmers algorithm implement

    上傳時間: 2014-01-18

    上傳用戶:希醬大魔王

  • Introduction to Radar target recognition

    Introduction to Radar target recognition,IET雷達目標識別電子書

    標簽: Introduction recognition target Radar to

    上傳時間: 2018-05-08

    上傳用戶:icae0327

  • Fundamentals+of+EM+Design+of+Radar

    In the present era, low observability is one of the critical requirements in aerospace sector, especially related to defense. The stealth technology essentially relates to shaping and usage of Radar absorbing materials (RAM) or Radar absorbing struc- tures (RAS). The performance of such Radar cross section (RCS) reduction tech- niques is limited by the bandwidth constraints, payload requirements, and other structural issues. Moreover, with advancement of materials science, the structure geometry no longer remains key decisive factor toward stealth.

    標簽: Fundamentals Design Radar of EM

    上傳時間: 2020-06-06

    上傳用戶:shancjb

  • 基于FPGA的機載二次雷達硬件系統

    二次雷達(Secondary Surveillance Radar)是民航空中管制(Air Traffic Control)和軍事敵我識別(Identification Friend or Foe)系統中的關鍵部分,由于這兩個應用領域都要求很高的可靠性和穩定性,因此,二次雷達一直是國內外雷達信號處理領域的研究熱點.傳統的機載二次雷達應答器普遍采用中小規模集成電路和分立元件設計,其穩定性和可靠性差,實時處理能力也很有限,無法完成高密度、大容量的應答.針對這些缺陷,本論文提出一種全新的應答數字信號處理器硬件結構,即FPGA+DSP的混合結構.這種硬件體系結構的特點是可靠性高,集成度高,通用性強,適于模塊化設計,處理速度快,能實時處理多個應答信號,以及進行置信度分析和生成報表.此項目中,本文作者主要負責FPGA部分硬件設計.FPGA主要完成雙通道數據采集、產生視頻信號和旁瓣抑制信號、計算當前飛機相對本地接收天線的方位和距離、與DSP實時交換數據、上傳報表等功能.論文詳細分析了接收機信號處理算法在FPGA中的硬件實現方案,在提高系統可靠性、堅固性以及FPGA資源的合理利用方面做了深入的探討.同時給出不同層次關鍵模塊的HDL實現及其時序仿真結果.

    標簽: FPGA 機載 二次雷達 硬件系統

    上傳時間: 2013-04-24

    上傳用戶:西伯利亞狼

  • 基于AVR的新型防汽車追尾安全裝置設計

    針對目前汽車追尾事件頻發問題,提出一種防汽車車前和車后追尾的安全裝置設計。該設計以高性能、低功耗的8位AVR微處理器ATmega8L為核心,結合霍爾式車速傳感器、激光雷達測距裝置和MMA7260QT加速度傳感器,能夠兼顧車前和車后,摒棄以往設計中只考慮車前或車后單一性缺點,尤其適用于高速、夜晚或新手行車。 Abstract:  Aiming at the high frequency of vehicle rear-end collision,a safe device design of anti-vehicle rear-end collision is presented.In the design,the high-performance,low-power8-bit AVR microprocessor ATmega8L is utilized as a core combined with Hall-type speed sensor,laser-Radar ranging devices and the acceleration sensor MMA7260QT.The design considers both the front and back of a car,and overcomes the drawbacks of former designs in which only the front or the back of the car is considered,so it is especially suitable for high-speed,night or the beginner’s driving.

    標簽: AVR 汽車追尾 裝置

    上傳時間: 2013-10-14

    上傳用戶:GavinNeko

  • 基于DSP的車載雷達測速系統設計

    針對運行中火車測速運用多普勒效應采用DSP 設計雷達測速系統并闡述了其基本設計思想與工作原理給出系統硬件軟件設計結構和原理圖改善了原有光電測速精度提高了系統工作穩定性和可靠性經實驗證明DSP 采集板工作穩定測速效果好關鍵詞DSP; 雷達測速; 多普勒效應 On Board DSP-Based Radar Speed Measurement System TANG Wei, SUN Zhi-fang, CHEN Quan (Dept.of computer Science,Yangtze University,Jingzhou 434023,China)Abstract: This paper presents a DSP-based train speed measurement by using Doppler Radar. The structure of the system is introduced.The hardware and software are also discussed.Key words: DSP; rader speed measurement; doppler principle

    標簽: DSP 車載 系統設計 雷達測速

    上傳時間: 2013-10-27

    上傳用戶:003030

  • 文件是雷達設計使用的matlab源代碼

    文件是雷達設計使用的matlab源代碼,其參考的是書籍《Radar design with matlab》

    標簽: matlab 雷達設計 源代碼

    上傳時間: 2014-01-06

    上傳用戶:CHENKAI

  • describes the most common terms used in Radarsystems, such as range, range resolution, Doppler frequ

    describes the most common terms used in Radarsystems, such as range, range resolution, Doppler frequency, and coherency. The second part of this chapter develops the Radar range equation in many of its forms. This presentation includes the low PRF, high PRF,search, bistatic Radar, and Radar equation with jamming.

    標簽: range Radarsystems resolution describes

    上傳時間: 2015-08-05

    上傳用戶:宋桃子

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