防撞雷達 的英文怎麼說

中文拼音 [fángzhuàngléidá]
防撞雷達 英文
anti collision device
  • 防 : Ⅰ動詞（防鷥） provide against; defend against; guard against Ⅱ名詞1 （防守; 防禦） defence 2 （堤...
  • 撞 : 動詞1 （猛然碰上） collide; strike; knock; bump against; run into 2 （碰見） bump into; run into;...
  • 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...
  • 防撞 : anticollision; collision avoidance; crashproof
  • 雷達 : [訊] radar （縮自 radio detection and ranging）
  1. The automobile anti - collision radar is mainly applied to prevent the vehicle from colliding back and force under the fog weather condition with no consideration of the other obstacle ' s anti - collision before the vehicle. it is only designed to achieve its basic application of danger condition detecting and collision warning

    該防撞雷達系統主要是用於高速公路上多霧天氣防止車輛前後追尾相撞，而不考慮車輛與其前方的非車輛障礙物之間的防撞問題，設計只完成最基本的險情探測和預警功能的前視防撞雷達。
  2. In recent years, with the rapid development of the millimeter - wave radar technology and the demand of the safety, anticollision radar system is being studied and used widely. the if ( intermediate frequency ) circuit and the digital signal processing are two important parts of it

    隨著毫米波雷達技術的日益成熟和人們對安全性的迫切需要，近年來，防撞雷達系統得到了深入研究和廣泛應用，如自動巡航控制、碰撞報警和防碰撞系統以及有待發展的雷達成像和汽車的自動駕駛系統等。
  3. Mathematic model of collision avoidance judging based on the information of distance, relative velocity and azimuth angle is made in this paper, it can effectively avoid inveracious alert, and it analyzes the processing method of many kinds information in the system

    本文根據雷達探測系統得到的目標距離、相對速度和方位角等信息，建立了監控系統防碰撞數學模型，與其他模型相比該模型能夠最大限度地避免錯誤警報的發出，並且分析了各種信息在系統中的處理過程。
  4. 2 the fmcw millimeter - wave radar system is introduced. the basic parts of the system and its work principle, as well as the index of it, are discussed in detail. the sae - 100 millimeter - wave anticollision radar system and the anticollision radar used in the industry are also introduced curtly

    2簡單介紹了fmcw毫米波雷達系統，包括它的測速、測距原理，基本組成與結構和其主要的性能指標，並簡單介紹了已研製的sae - 100型毫米波防撞雷達系統和工業用fmcw毫米波避碰雷達系統及防撞雷達的應用。
  5. Focused on the realization in engineering practice, this paper discussed automotive anticollision radar ' s function requirement, working principle and system design. through summarizing and analysis of its research and development, the paper proposes a new type of secondary centimeter wave automotive anticollision radar that applied on the expressway

    本文以現有技術的可實現性為出發點，討論了汽車防撞雷達的性能要求、工作原理和總體設計等相關問題，總結了國內外汽車防撞雷達的研發狀況，在此基礎上設計了一種應用於高速公路上的應答式厘米波汽車防撞預警雷達。
  6. The second channel is a transponder with no guard. it can be used in the relay communication system and can be composed into a data platform with remote control if additional terminal equipment is added. its application in other systems is also discussed

    而乙機通道是一個無人職守的轉發器通道，除了直接可用於接力通信系統中外，如果增添適當終端設備還可構成具有遙控功能的數據報告平臺，論文給出了本防撞雷達射頻通道應用在其它系統中的實例。
  7. Considering that : ( 1 ) radar can achieve its basic application of collision avoidance and warning with the only function of ranging ; ( 2 ) under high speed conditions, radar should have lager effective range than that under slow speed, we designed a new easily realizable automotive anticollision radar, which employs centimeter wave and square pulse amplitude modulation

    考慮到： （ 1 ）核心的測距功能實現以後，雷達已經能夠完成基本的防撞預警； （ 2 ）在汽車高速運行的情況下，防撞雷達的最小可測距范圍和最大作用距離應比低速狀態下大。本文採用了技術成熟，易於工程實現的厘米波脈沖雷達，以單波束輻射的方式測距。
  8. Popular automotive anticollision radar is required to measure the velocity and angle of its targets as well as range. therefore, the short - wavelength high - resolution millimeter wave is used, measuring range and velocity through fmcw scheme, measuring angle through multi - beam scanning

    通行的汽車防撞雷達採用了波長短、測量精度高的毫米波，以調頻連續波制式測量距離和速度，以多波束掃描的方式測量角度。
  9. High stability and small size is necessary for automotive radar system. so the thesis is focused on integration of millimeter - wave radar front - end

    本文的工作圍繞汽車防撞fmcw毫米波雷達系統的研製展開，研究重點為雷達系統射頻前端的集成。
  10. This paper introduces an automobile anti - collision radar system on the expressway

    針對這一現狀，本文介紹了一種高速公路汽車防撞雷達系統。
  11. Car reversing parking sensor

    汽車防撞倒車雷達
  12. The safety installation of the automobile bumpproof is a very hot topic nowadays, and it is also one of the most important part of intellectual traffic. we use the compound radar and fm coding technology, choose the unique route to produce and develop the expressway automobile bumpproof and alarming installation, which solve the " false alarming " problem that occurs while b eing interrupted in the complicated traffic conditions

    汽車防撞安全裝置是當今世界的熱門話題，是智能交通的重要組成部分，我公司開發生產的高速公路汽車防撞報警裝置採用復合雷達和調頻編碼技術，選擇獨特的技術路線，解決了復雜交通環境下因干擾而產生的"虛警"而且作用距離遠，反應速度快，可靠性高。
  13. Car condenser fan auto alarm system

    汽車防撞倒車雷達
  14. With the illustrations of many block diagrams, circuit schematics and waveform figures, this paper expatiates the system architecture, working principle and working flow of the expressway automobile anti - collision radar

    本文結合大量的框圖、電路圖、波形圖，詳細闡述了高速公路汽車防撞雷達的系統結構、工作原理、工作流程。
  15. Carrier frequency and modulation scheme are two key issues in the system design of automotive anticollision radar

    工作頻段和工作體制是防撞雷達系統設計的兩個主要問題。
  16. Airborne proximity indicator

    飛機防撞雷達顯示器
  17. However, this type of radar demands complex technologies and components of excellent performance, hence difficult to realize in applications

    這種防撞雷達對器件性能要求高，技術復雜，工程實現難度大。
  18. According to the results, the paper puts forward the improving opinion and measure for the expressway automobile anti - collision radar. finally we make outlook for the progress of the more advanced automobile anti - collision radar

    根據測試結果，對本文提出的高速公路汽車防撞雷達系統存在的問題提出了改進意見和措施，對未來更高階段的汽車防撞雷達的發展趨勢做了展望。
  19. In this paper, the if circuit, the processor based on the pulse count technology and the adaptive signal processing of the system are discussed thoroughly. major contents are abstracted as follows : 1 the evolved. history of the anticollision radar system is given curtly. the development of the signal processing of the radar and the application of the digital signal processing technology to the radar system is summarized

    本文重點討論了毫米波防撞雷達系統的中頻電路及其改進、基於脈沖計數新方法的處理機和自適應信號處理等的研究工作，主要研究內容摘要如下： 1簡要介紹了防撞雷達系統的發展歷史，總結了雷達信號處理的發展和數字信號處理技術在雷達系統中的應用及其實現方法。
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