車輛識別器 的英文怎麼說

中文拼音 [jūliàngzhìbiéqì]
車輛識別器 英文
car identifier
  • 車 : 車名詞1. （中國象棋棋子的一種） chariot, one of the pieces in chinese chess2. （國際象棋棋子的一種） castle; rook
  • 輛 : 量 （用於車）
  • 識 : 識Ⅰ動詞[書面語] （記） remember; commit to memory Ⅱ名詞1. [書面語] （記號） mark; sign 2. （姓氏） a surname
  • 別 : 別動詞[方言] （改變） change （sb. 's opinion）
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 車輛 : vehicle; car; rolling stock; tram; seater; carriage
  • 識別 : 1 （辯別; 辯認） discriminate; distinguish; discern; tell the difference; spot 2 [計算機] identif...
  1. On the basis of that, the method of acquiring characteristics by infrared plane detection is given, according to the characteristics gained and the pattern recognition, a fuzzy - neural vehicle classifier based on the vehicle ' s length height and axles is carried out

    採用二維紅外檢測技術獲取車輛外形幾何參數的方法，運用模式識別的理論，結合模糊邏輯和神經網路兩者的優點，進行車型自動分類器設計。
  2. Stopping equipment and auxiliary equipment : various kinds of mechanical parking equipment, parking meter, automatic fence, parking equipment control system, vehicle in and out garage management and monitoring system, parking charge system, parking measuring instrument, license plate identifying system, display and guide system of the garage door, loading lot counter, vehicle sensor, ups power supply, various kinds of indicator lights

    停車設備及輔助設備：各種機械式停車設備、停車咪表、自動柵欄、停車設備控制系統車輛出入庫管理及監控系統、停車收費系統、停車測量儀表、車牌識別系統、停車庫車們顯示及導引系統、車位計數盤；車輛感知器； ups電源；各類指示燈。
  3. Based on the applications of classifier fusion theory, improved algorithms are proposed in those three different modules of avlpr - system. first, the error reduction for simple average ( sa ) and weighted average ( wa ) in the classifier outputs of the measurement level is analyzed

    本文嘗試從分類器融合理論框架出發，考慮車輛牌照識別系統的設計問題，針對該系統的車牌檢測、車牌圖象二值化和車牌字元識別等三個不同模塊，提出相應的演算法。
  4. Based on the characteristics of vehicle structure, the paper presents the check technique for traffic vehicle from the remote sensing images, introduces the transformation process from the grey scale of image to the dual value image, and finally expounds the marginal check ( contour tracing ), image dividing, mode distinguishing and the vision of machine

    摘要在分析固定場景中車輛圖片結構特徵的基礎上，提出了從遙感圖中檢測車輛的方法，具體介紹了將遙感灰度圖像轉換為二值圖像，並進一步闡述了邊緣檢測（輪廊的跟蹤） 、圖像分割、模式識別、機器視覺等作用。
  5. Currently, image recognition has five primary methods : classical statistic model method, auto method based on information, auto method based on model, amalgamation of several sensors and manual neural network. how to improve the classical method and how to assemble different recognition method are still problems to be improved. based on the current research state, the classical statistic model recognition method and correlative knowledge are researched firstly

    基於當前的研究現狀，本文以可見光和紅外儀器同步拍攝的不同環境下的運動車輛目標序列為對象，在深入研究了經典的統計模式識別方法及相關理論的基礎上，對車輛目標識別系統中的特徵提取和識別方法等方面做了較深入的研究，並對神經網路在車型識別系統中的應用作了試探性研究。
  6. Cooperating with the bst - cd245g01 or bst - cd245g02 tags, its identification range can up to 3 to 60 meters adjustable. it supplies the new measure for the special software of the automatism identification. the product mainly used in logistics vehicle or the track of personnel etc. fields

    Bst - urd245g是倍思得公司研發的有源讀寫器，結合bst - cd245g01或bst - cd245g02有源標簽，識別距離在0 100米之間可調，為自動識別系統的特殊應用提供了新的手段，本產品主要應用於物流車輛和人員追蹤識別等領域。
  7. The method of character recognition takes an important part in the whole system, and it has direct effect on the last license plate recognition result. the key technique lies in the matching of feature and classifier. typical difficulties are the character blur, character destruction and character image stained because of the performance of the vidicons, the clean degree, illumination conditions and the movement of the vehicle and so on

    車牌的字元識別是整個車牌識別過程中重要的一環，識別方法的好壞直接影響到了整個車牌最後的識別結果，關鍵在於特徵與分類器的選擇和匹配，難點主要是由於受到攝像機的性能、車牌的整潔程度、光照條件和車輛運動等因素車輛牌照識別系統（ lpr ）研究一的影響使得車牌字元出現較嚴重的模糊、缺損或污染，本文給出了一個字元識別的多特徵相結合的處理過程，使各個特徵互為補充，最後得到了一個較好的處理結果。
  8. The first part of this thesis is the introduction of the highway toll and monitor modes now exist, consequently we analysis the fundamental theory and technique of the image processing that involved in the recognition of the car number plate

    本論文嘗試將新一代數字信號處理器tms320c6201作為核心器件用於車牌自動識別系統中，完成車輛圖象處理、提取車牌信息。本文首先介紹高速公路收費系統及監控方式，然後分析了車牌識別過程中所涉及的數字圖象處理技術。
  9. The subsystem of car license plate recognition is composed of license plate detection and character recognition. the lpr system involves numerous discipline domains, such as pattern recognition and artificial intelligence, computer vision, digital image processing etc. its key techniques include the license plate detection, the license plate image pretreatment, character segment and the design of classifier

    車輛牌照識別子系統又分為車牌定位、車牌字元識別兩部分，它的研究主要涉及到了模式識別和人工智慧、計算機視覺、數字圖像處理等眾多的學科領域，關鍵在於車牌的定位、車牌圖像的預處理、車牌字元的分割和分類器設計。
  10. A spokesman said : " the research could lead to radar - based collision avoidance and road recognition systems becoming standard on every new car within a decade, and advanced short - range sensors to improve pedestrian protection.

    其中一位發言人說： 「該項研究能夠避免基於雷達間的沖突，未來十年裡，在每一輛車上，都安裝有道路識別系統，先進的短程傳感器能夠加強對路上行人的防護。 」
  11. The main work is as follow : the pater makes use of vanguard genetic algorithms in image segmentation, uses vanguard genetic algorithms to get the image threshold. using this method we may get different grey vehicles from the background exactly. used the support vector machine theory to conduct the vehicles automatic sorting simulation research, the simulation result had proven this method could quite be accurate carries on the vehicles type the recognition ; improved based on the background automatic renewal hypothesized examination region algorithm, enhanced timeliness and the accuracy which the vehicles examines ; and to has carried on the specify based on the hypothesized examination region imagery processing algorithm realization ; in the paper also introduced withdraws the algorithm based on the gradation continuous movement vehicles characteristic to carry on the vehicles the characteristic to withdraw as well as to use the localization method which colored filter same gradation chart processing unifies to carry on the realization method which the vehicles license plate locates

    本文根據智能交通控制與模擬對于交通流量、車輛到達率、車輛速度等交通信息檢測的需求，基於視頻圖像進行了交通信息處理的演算法研究與實現，主要工作包括以下幾個方面:將先鋒遺傳演算法應用到圖像閾值分割中，利用先鋒遺傳演算法尋求全局最優閾值，可以比較準確的將圖像中不同灰度的車輛從背景中分離出來;採用支持向量機理論進行了車輛自動分類的模擬研究，模擬結果證明該方法能夠比較準確的將車輛的類型進行識別;改進了基於背景自動更新的虛擬檢測區域演算法，提高了車輛檢測的實時性和準確性;並對基於虛擬檢測區域的圖像處理演算法實現進行了詳細說明;論文中還介紹了基於灰度連續性的運動車輛特徵提取演算法進行車輛的特徵提取以及採用彩色過濾器同灰度圖處理相結合的定位方法進行車輛牌照定位的實現方法。
  12. At present, there are various methods of moving vehicle detector and identification. the system we designed for traffic information makes use of the principle of electromagnetic induction and radio frequency identification the moving vehicle detector, which is based on inductive circular loop, detects the information of vehicle according to the inductive signal. the basic information including speed and go through time can be detected to analyze oscillator frequency

    目前現行的車輛檢測與識別系統的種類繁多，本系統基於電磁感應理論和射頻識別技術，採用環形線圈作為數據採集傳感器，通過對振蕩器的頻率計數測量到車輛的通過、速度等基本信息，同時啟動射頻識別系統，使讀寫器與安裝在車輛上的非接觸ic卡進行無線通訊獲取通過車輛的類型和所屬用戶等數據，並將有關數據通過rs232串口送至上位機。
  13. It is of great value both in theory and practice and has applied in many circumstances, including official automation, high speed information processing, machine vision, etc. in the intelligent transportation system ( its ), automatic recognition of license plate by using the technique of character recognition can give facilities for vehicles " surveillance and management

    漢字識別是模式識別中一個重要的研究方向，它在辦公自動化、高速信息處理、機器視覺等多方面具有重要的理論意義和實用價值。在智能交通系統中，應用漢字識別技術，對汽車牌照進行自動識別，可以實現對車輛的監控和智能管理，具有廣闊的市場前景。
  14. In this dissertation, many kinds of avc system and the concrete vehicle type in our country are analysed

    本文分析總結了國內外多種車輛類型自動分類識別的方法，設計了一種基於車輛外形幾何特徵的車型自動分類器。
  15. Because of inadequate information obtained, difficulty of mount and lowness of dependability, traditional vehicle detection and classification with induction loop or piezoelectricity sensor can not be widely used

    傳統的利用環形感應線圈或壓電傳感器等識別車輛類型，安裝不方便，器件容易損壞，獲取的交通信息比較少，因此未能廣泛應用。
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