object identification 中文意思是什麼

object identification 解釋
目標識別
  • object : n 1 物，物體，物件。2 目標 （of; for）; 目的，宗旨。3 【哲學】對象，客體，客觀 （opp subject）; ...
  • identification : n. 1. 認出，識別，鑒定，驗明（罪人正身等）。2. 【心理學】自居作用。3. 身分證。4. 【數學】黏合，同化。
  1. Following data should submit when dealing with : ( 1 ) " estate move registers requisition " ; ( 2 ) identification ; ( 3 ) transforms the agreement of the compensation that tear open change of card doing object lesson via program land branch or old city ; ( 4 ) compensation and estate of the change that be torn open have price difference, the paid poor cost that the part that need a value should submit photocopy of filling difference bill and development business to issue proves

    辦理時應提交下列資料： （ 1 ） 《房地產轉移登記申請書》 ； （ 2 ）身份證實； （ 3 ）經規劃國土部門或舊城改造辦鑒證的拆遷賠償協議書； （ 4 ）補償與被拆遷房地產有差價的，差值部分應提交補差發票復印件及發展商出具的付清差價款證實。
  2. This paper takes the venture capital company as subject in risk management, and the risk factors in venture capital investment cycle as object, spreads out from three sides which include outside guarantee of risk management in venture capital that is to keep away macro condition risk, inside base that is congnition of risk managementsubject, and central content that involve micro management mechanism of different risk object. through a plenty of emperical investigation including evaluation of macro condition risk, identification of subject of risk management, information obstacle in decision process, agency risk performance of entrepreneur, risk attitude of venture capitalist and entrepreneur, control actuality at post - investment stage, supply and demand of value - added service, and exit practice etc., the paper firstly analyzes the risk management mechanism of venture capital wholely in system

    本文以創業投資公司為風險管理主體，以創業投資周期中的風險因素為管理客體，從外在保證? ?宏觀環境風險防範、內部基礎? ?風險管理主體的認知、核心內容? ?不同風險客體的微觀管理機制三個層面展開，首次通過大量的實證研究，包括宏觀環境風險的評價、風險管理主體的認知、決策過程中的信息障礙、創業企業家代理風險的行為表現、創業投資家和創業企業家的風險態度、投資后階段的監控現狀、增值服務的供需、退出實踐等內容，在理論分析和實證調查的基礎上系統而全面地研究創業投資的風險管理機制。
  3. Based on the identification of subject, object, princinpals and characters of risk management in venture capital, we go deep into investigating risk attitude and congnization of different venture capital firms, and find out there is significant difference of risk attitude and congnition existing in venture capital firms whose capital came from different sources

    根據對風險管理主體、客體、原則、特點的界定，實證調查我國創業投資公司的風險態度及對風險管理的認知現狀，分析發現不同出資類型的創業投資公司在風險態度和風險管理重要性認識方面都存在顯著性差異。
  4. Obis electricity metering - data exchange for meter reading, tariff and load control - object identification system

    電量測量.表讀數計費和負載控制的數據交換.目標識別系統
  5. Obis electricity metering - data exchange for meter reading, tariff and load control - part 61 : object identification system

    電量測量.計數器讀數電費和負載控制的數據交換.第61部分:目標識別系統
  6. Pile ng examination of the system based on the latest promulgated by the ministry of public security, " motor vehicle drivers license application and management " ( decree 71 ), the two examination subjects ( zhuangkao ), computer images using real - time detection technology and electronic infrared optical interface detection technology, i combine the companies creating two - dimensional moving object identification and tracking software through acquisition of vehicles running state examination pile pole, the signal line, after computer processing, analysis and judgment, the actual realization of the computer monitor screen on the basis of the examination process real - time simulation, tracking examination candidates track and record car line, is set admission, examination results published combines the real modernization zhuangkao tools

    本系統依據公安部最新頒布的《機動車駕駛證申領及管理規定》 （ 71號令）中有關科目二考試（樁考）的規定，採用微機圖象實時檢測處理技術及電子紅外線光界面檢測技術，結合我公司獨創的二維移動物體識別跟蹤軟體，通過採集考試車輛運行狀態、樁桿、庫線等信號，經過微機處理、分析判斷，真正實現了在微機監視屏上根據考試過程實時模擬、跟蹤考生考車軌跡並記錄路線，是集錄取、考試、發表成績為一體的真正的現代化樁考工具。
  7. The integral structure of system are analyzed, and a scheme based on dsps processing board + mcu control board are put forward firstly, following design difficulties and relevant measures. every modules of dsps board are described in details, including chips selection, implementation manners choice, interface and time sequence match and etc. compared otsu single threshold segmentation with multi - threshold segmentations, the latter are preferred to perform the object identification in hardware designed by author. combined to like background rejection, morphology expansion and etc. steps, the paper gets the length of queue ; finally, a - b united control and area united control based on can bus are designed

    首先分析了系統的總體結構，提出了一種基於dsps處理板+單片機控制板的信號機實現方案；在此基礎上，重點介紹了處理板模塊化的硬體電路設計，其中考慮了晶元的選型、實現方式的選擇、工作機制、時序匹配等問題；之後，分析了otsu單閾值目標識別和多閾值目標識別的效果，重點選擇後者在硬體電路板內對圖像進行了目標識別的演算法處理，結合背景的剔除、形態學膨脹等幾個減小誤差的措施，對車輛排隊長度進行了較為精確的提取；最後在控制板上完成了干線a - b信號聯動控制和基於can總線的區域聯網控制的通訊方案設計。
  8. With the development of the technology of the computer stereovision, the binocular stereo sensor has applied in field of industry detection, object identification, robot automatic guidance, navigation etc. with the appearance of new opto - electronic scanning technique, automatic technique, highspeed data processing technique and more effective algorithm, the binocular stereo ranging method has new headway and application the contents are arranged as following

    隨著計算機視覺技術的不斷發展，立體視覺傳感器得到越來越廣泛的應用，尤其是雙目視覺傳感器的結構簡單、使用方便、速度快、精度高等諸多優點被廣泛應用地于工業檢測、物體識別、機器人自導引、航天、航空及軍事等很多領域。隨著新型光電掃描技術、新型陣列型光電探測器件及更有效的演算法出現，結合迅猛發展的自動控制與高速數據處理技術，立體視差測距方法有了新進展及應用。
  9. Electricity metering - data exchange for meter reading, tariff and load control - part 61 : object identification system iec 62056 - 61 : 2002 ; german version en 62056 - 61 : 2002, text in english

    電量測量.計器讀數電費和負載控制的數據交換.第61
  10. 1 tejada s, knoblock c a, minton s. learning domain - independent string transformation weights for high accuracy object identification

    針對這樣的商品名字採用基於字元或者基於向量空間的相似度計算不是一個好的方法。
  11. In this paper, we introduce the implementation of the space - object database for the use of space surveillance, also the example of the database being used in the space surveillance for space object identification and classification is given

    闡述了面向空間監視應用的空間目標數據庫的建立技術與方法，並給出了它在空間監視的目標分類、識別應用中的樣例
  12. Object identification number of the sql object

    Sql對象的對象標識號。
  13. Returns the database object identification number of a schema - scoped object

    返回架構范圍內對象的數據庫對象標識號。
  14. Object identification number

    對象標識號。
  15. The role of representation of the whole and the components in object identification

    整體與部件表徵在物體圖形識別中的作用
  16. Study on object identification using high - resolution technology and polarized information

    利用高解析度和極化信息進行目標識別的研究
  17. Soling this problem can deblur the atmospheric turbulence - degraded image and improe the capability of object identification which is good for late stage works such as object feature extraction and recognition

    該問題的解決能夠克服大氣湍流擾動帶來的圖像降質和提高目標圖像的分辨能力，以便於后續的目標特徵提取和識別等處理。
  18. After that paper expatiates on multi - object cooperative tracking algorithm based on three layers dynamic interaction system including coherence differentiate algorithm, two object identification, and protocol used for multi - video combine intra - agency layer and inter - agency layer, introduces dynamic memory between two levels, resolve the resource distribution problem of multi - object tracking. at last paper carries out single active object detection and tracking experiment, object coherence judgment experiment and multi - video communication and cooperative experiment

    接著，重點闡述了基於三層動態交互體系的多目標協調跟蹤演算法，其中包括目標一致性判別演算法，兩種物體標識，以及用於多攝像機協調的agency內部層和agency互連層的相關協議，並簡單介紹了在這兩層中動態存儲器的作用，解決了多個ava對多目標進行協調跟蹤時的資源合理分配問題。
  19. Abstract : geometric moment, the simplest moment function whose characteristics are invariant with respect to image plant transformations, finds many applications to object identification, object pose estimation ( image processing, image recognition and computer vision )

    文摘:幾何矩是一種最簡單的矩函數，當圖像在平面上變動時它具有不變的特性.在目標識別、目標姿態的計算和其它領域（如圖像處理、圖像識別和計算機視覺等）有廣泛的應用
  20. Tip : pressing the browser button [. . ] in object designation field of the the verification window will bring up the object identification dialogue which displays all known asteroids and comets near the measured positions, supporting identification of the object

    技巧：在確認窗口的目標指定區域中點擊瀏覽按鈕[ . . . ] ，將給出目標身份對話框，裏面顯示了在測量位置附近的所有已知的小行星和彗星，用以幫助確定目標。
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