目標顯示雷達 的英文怎麼說

中文拼音 [mùbiāoxiǎnshìléidá]
目標顯示雷達 英文
target indicating radar
  • 目 : Ⅰ名詞1 （眼睛） eye 2 （大項中再分的小項） item 3 [生物學] （把同一綱的生物按彼此相似的特徵分為幾...
  • 標 : Ⅰ名詞1 [書面語] （樹梢） treetop; the tip of a tree2 （枝節或表面） symptom; outside appearance; ...
  • 顯 : Ⅰ形容詞1 （明顯） apparent; obvious; noticeable; evident 2 （有名聲有權勢的） illustrious and inf...
  • 示 : Ⅰ動詞（擺出或指出使人知道; 表明） show; indicate; signify; instruct; notify Ⅱ名詞1 [書面語] （給...
  • 雷 : 1. （雲層放電時發出的響聲） thunder 2. （軍事上用的爆炸武器） mine 3. （姓氏） a surname
  • 達 : Ⅰ動詞1 （暢通） extend 2 （達到） reach; attain; amount to 3 （通曉; 明白） understand thoroughly...
  • 目標 : 1. （對象） target; objective 2. （目的） goal; aim; destination
  • 顯示 : 1 （明顯地表示） show; display; demonstrate; exhibit; evince; manifest; discover; reveal; vision ...
  • 雷達 : [訊] radar （縮自 radio detection and ranging）
  1. Targets in the radar ppi have the main property of the little area, a few targets and irregular change of grey. so it is difficulty to detect and track the target. the study of the radar ppi is very few inland and abroad. with the development and implement of high resolution radar and high resolution raster display, target _ tracking and detecitng based on the radar ppi will be feasible. it ' s great excellence is to increase time accumulation compare with the detecting techenicial of the traditional radar

    雷達ppi中目標的特點是面積小，目標或可能的目標多，灰度、形狀變化無明顯規律，所以檢測和跟蹤目標比較困難。基於雷達ppi的研究國內外甚少，隨著高解析度雷達和高分辨光柵顯示器的發展，基於ppi的雷達目標檢測和跟蹤成為可能。與傳統的雷達目標檢測技術相比，其潛在的優勢在於大大增加了信號的時間積累，因此有可能提高檢測性能。
  2. The simulator, which is functioned for training of electronic countermeasure, can hold a suppositional war field for the training of anti - air gun fire control radar

    該模擬器解決了雷達目標的實時生成、控制、搜索和顯示等關鍵問題，新增了電子干擾與反干擾的訓練內容，完整實現了戰場環境下的炮瞄雷達攻防對抗訓練。
  3. To suppress the clutter, noise and detect target, we adopt several advanced sp methods such as pulse compression, mti, mtd, cfar, amplitude - comparison angle measurement and ambiguity resolution, of which we emphase the algorithms of cfar and ambiguity resolution. two cfar algorithms, cell - averaging cfar ( ca - cfar ) and ordered

    為了抑制雜波、噪聲和檢測目標，採用了脈沖壓縮、動目標顯示、動目標檢測、恆虛警、單脈沖比幅測角和解模糊等較先進的雷達信號處理技術，並採用了多模式分通道處理方式。
  4. With the development of radar technic, arpa ( automatic radar plotting aids ) can display directly the course and speed of target ship and get the dcpa and the tcpa of the ship, so it is applied widely

    隨著雷達技術的發展， arpa （ automaticradarplottingaids自動雷達標繪儀）由於可以直接顯示目標船的航向、航速，同時可以直接得到目標船的dcpa和tcpa ，因而得到了廣泛的應用。
  5. The induction of ais technology still ca n ' t integrated with the devices of old system satisfactorily, the data of ais is only shown on the electronic chart background in ecdis, but does n ' t fulfill the fusion with the data of radar. more, some system functions related with display and interface still need be perfected, such as quickly moving, auto select chart, static information associate with target display, etc. the integrated information processing and display system researched in this thesis has been successfully applied in some vts projects and related projects, such as cheng - dao oil field survey system, yan - tai mount vts rebuild project etc. to the disadvantage exposed to us in national and foreign vts system, and those putted up in application projects, the thesis did a farther study and consummation, and acquired some research fruits, as follows : 1. fulfilled the eagle eye function in electronic chart display system

    針對目前國內外vts系統中暴露出的薄弱點，以及應用實踐中表現出的不足本文對綜合信息處理與顯示系統做了進一步的研究和完善，取得了以下的研究成果： 1 、電子海圖顯示系統中鷹眼圖的功能設置與實現； 2 、設計一種簡易的選圖演算法，通過該演算法實現可在海圖放大、縮小時的自動選圖； 3 、電子海圖上自動錄取區的實現（二次自動錄取） ； 4 、實現對雷達和ais目標數據及其誤差的軟體模擬； 5 、船舶自動識別系統中動態信息與雷達動態信息的數據融合處理； 6 、利用數據融合技術解決雷達目標跟蹤方面的問題； 7 、海圖空間信息中顯示區域裁減演算法的設計，該模塊的實現大幅度提高了海圖的顯示速度。
  6. Dsp56f805 samples the ultrasonic pulse coming back from the target, then measures the distance and shows it on led. tms320vc5509a is accomplished the detecting speed and the main control of the radar system, is 16 fixed dsp with high performance and low power produced by ti company. dsp5509a samples the wave coming from t / r module, then measures the target ’ s speed and send this information to the assistant control chip - p89v51 based on boost c51 core mcs produced by philips company, which controls the lcd

    測距雷達系統的控制和信號處理的核心晶元是motorola公司的dsp型16位單片機56f805 ，由它對超聲波回波脈沖進行ad采樣后，計算目標距離並在七段數碼管上顯示。測速雷達系統中信號處理的核心晶元是ti公司的超低功耗、高性能的16位定點dsp ? ? tms320vc5509a ，由它對收發組件輸出的多普勒回波進行采樣，計算出目標運動速度后，送給輔助控制晶元? ?飛利浦公司生產的基於c51內核的增強型單片機p89v51 ，並且在液晶顯示器上顯示速度信息。
  7. Based on the concept of the rcs and the theory of the basic electromagnetic scattering, this dissertation discussed the application of the physical optics ( po ) to the rcs of bodies modeled with nurbs surfaces, and completed an integrate software with the display, transfer, shelter handling and modification of the models

    本文圍繞復雜目標雷達截面（ rcs ） rcs的概念及基本電磁散射理論，討論了基於nurbs曲面模型的物理光學法的應用，同時完成了集模型顯示、修改、變換、消隱及rcs計算於一體的綜合軟體開發。
  8. Radar identification is the process of ensuring positive correlation between blip observed on aircraft that will be provided radar service

    雷達識別是指確定在雷達顯示器上看到的目標和將要被提供雷達服務飛機間相關的過程。
  9. Lock - on procedures and radar scope presentations vary with the level of difficulty selected

    目標鎖定以及雷達顯示屏的顯示會由於難度的選擇不同而各異。
  10. Psr is a radio detection equipment that provides information on range and bearing of aircraft in the form of a target blip on the radar screen to air traffic controllers by transmitting radar pulses and detecting the reflected signals from the aircraft. no active transponder or avionics on board aircraft has to be relied on

    監察雷達發出雷達脈沖，偵測從飛機反射回來的信號，便可計算飛機的距離及方位，並以目標點在雷達屏向航空交通管制員顯示，而不須依靠航機上的應答機或其他航空器材。
  11. This paper is mainly concern about the technology of radar moving target indication of phased array radar

    本文主要介紹和分析了相控陣雷達系統的動目標顯示技術和工程實現方法。
  12. This dissertation mainly studies the radar digital pulse compression processing in frequency domain, mobile target indication ( mti ) and mobile target detection ( mtd ) system based on two pieces of adsp - ts203

    本文主要研究基於兩片adsp - ts203的雷達頻域數字脈沖壓縮和動目標顯示及動目標檢測（ mti / mtd ）系統。
  13. The same target will appear two courses on the electronic chart for the errors of the two sensors are statistically independent. the paper mainly includes two points : ( 1 ) study the fusion between ais data and radar data in vts ; first the paper discusses the kalman filter of the target ' s tracking. on the basis of which we study the data fusion between the track of radar target and that of ais target

    對于雷達目標的航跡，選擇雷達作為位置傳感器，對于ais目標，選擇gps （全球定位系統）接收機作為位置傳感器，由於測量雷達航跡和ais航跡的傳感器是不同的，兩種傳感器誤差是相互獨立的，這樣在海圖上顯示目標的時候出現對于同一目標出現不同的航跡，本研究的重點包括兩個方面： （ 1 ）研究vts系統中ais數據和雷達數據的融合：首先討論目標航跡的kalman濾波，在目標航跡kalman濾波的基礎上對雷達目標和ais目標的航跡進行數據融合的研究；同時本研究將對ais的位置傳感器分差分gps和非差分gps兩種情況進行分析和處理。
  14. User can set radar environment parameter of radar and the carrier. function such as apar clutter and targets data generation, analyzing, storing, viewing, loading and simulator control etc, are provide. object oriented design method enhanced the software modularization and program reuse capability, it ' s also easy to maintenance program source code

    該軟體通過設置雷達和載機參數，產生相應的回波數據，並進行數據分析和顯示；建立雷達模擬器控制平臺，發送控制命令，監控模擬器運行狀態；完成雷達模擬器與主機的數據交互，數據加載和目標回顯。
  15. This paper depicts a signal processing system for lfmcw radar. this system is mainly used to eliminate noise interference in the sampled signal, check out the objective signal, and send the processing results to a computer via networks

    本論文著重敘述了一種基於lfmcw雷達信號處理系統，該系統主要用於從采樣后得到的信息中消除噪聲干擾，檢測出目標信號，並能將最終的處理結果數據通過網路介面傳給計算機，經計算機處理后顯示出來。
  16. Tofind a beam - type shelves and determine its position ， any radar station has to basically consist of a transmitter ， a receiver ， an antenna ， an bed set ， a display and a timer

    為了要發現目標和確定其位置，任何雷達站基本上都必須包括發射機、接收機、天線、天線轉換開關、顯示器和定時裝置。
  17. Experimental results show that these three classifiers can get high recognition rate. they are simple, efficient, nonlinear and suitable for rtr. 2

    模擬結果顯示這三類分類器適合應用於雷達目標的分類識別，且具有很高的識別率，是一類簡單、高效的非線性分類器。
  18. To provide the best radar picture with a continuous display of aircraft targets, the ssr is usually paired with a psr for air traffic control operation

    故此，為使雷達顯示屏幕上能展示最佳而又不間斷的航機目標，一次和二次雷達通常都會一併使用。
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