camera tracking 中文意思是什麼

camera tracking 解釋
攝象機跟蹤
  • camera : n. 1. （pl. cameras） 【攝影】照相機；電影攝影機；電視攝像機；暗箱；暗房。2. （pl. camerae ） 【法律】法官室。3. 羅馬教廷的財政部。
  1. The tracking law of ballistic trajectory is leaded by infrared camera of the early - warning satellite

    推導了預警衛星紅外相機對彈道導彈的跟蹤規律。
  2. A contemporary twist on the aristocratic ( and narcissistic ) oil portrait above the mantel, the artwork consists of a motion - activated video camera affixed to a large flat - panel television and a computer, tracking and displaying the movements of whatever passes by : underdressed masters of the house, delivery people, ex - wives

    這件藝術品是把壁爐架上方兼具貴族氣息與自戀傾向的油畫肖像進行具當代精神的改造，它包含一臺靠感應動作啟動的攝影機，攝影機再與大型平面電視及電腦連接，能追蹤並顯示任何通過鏡頭前方的物體，例如衣著隨便的屋主、送貨的人、諸位前妻。
  3. The design of camera tracking system

    攝像跟蹤系統設計
  4. Camera tracking axis

    攝象機跟蹤軸
  5. It is new way that is referred to the image of ceiling to design the camera tracking system

    從新的角度考慮問題，提出了以天花板為參照。
  6. Made with a film camera tracking the stars on november 11, the exposure lasted some 40 minutes

    11月11日，一臺數碼攝像機持續曝光40分鐘后拍攝得到了這張影像。
  7. In the ghastly terrorist underground city, we must have the courage to escape all camera tracking, smooth arrival exports

    在陰森恐怖的地下城，必須鼓起勇氣，躲開所有攝像機的追蹤，順利到達出口。
  8. Introduction : in the ghastly terrorist underground city, we must have the courage to escape all camera tracking, smooth arrival exports

    在陰森恐怖的地下城，必須鼓起勇氣，躲開所有攝像機的追蹤，順利到達出口。
  9. Finally, attitude stabilization control of the satellite and pointing precision of the payload are researched in the phase of infrared camera tracking object

    第三，在紅外相機跟蹤目標階段，研究了星本體的姿態穩定控制以及有效載荷的指向精度問題。
  10. Virtual studio system, a novel technology of tv program making, combines the conventional chroma key system concept with the advanced camera tracking and graphic forming technology

    虛擬演播室系統，是一項新穎的電視節目製作方式，它結合了色鍵技術、攝像機跟蹤技術以及先進的圖形生成技術。
  11. Compared to other multi - camera tracking algorithms, this method is of 6 % higher tracking accuracy. ( 2 ) a real - time surveillance system based on non - overlapping cameras in indoor or outdoor environment is designed

    2 .設計了一個基於非重疊多攝像頭的實時監控系統，對室內外穿過非重疊多攝像頭的運動目標進行實時檢測和跟蹤。
  12. Based on perspective model, it was proposed that drawing camera inner parameters with physics method ; in image processing, especially the particularity of robot object localization and tracking, it was proposed that several effective methods of image smoothing and sharpening, edge detection, boundary tracking ; at the same time, in order to complete object recognition, we introduced the methods of drawing object character parameters ; in object image matching, two kinds of effective object matching arithmetic was proposed ; based on the principle of object 3d information restoration, we proposed two kinds of arithmetic of 3d coordinate restoration of object feature points, and completed object movement parameters estimate and object tracking and prediction, and presented experimental result

    以透視成像模型為基礎，提出了用物理方法來提取攝像機內部參數；從圖像處理角度出發，針對機器人目標定位與跟蹤的特殊性，提出了幾種行之有效的圖像平滑、銳化、邊緣提取以及邊界跟蹤的方法；同時，為了完成目標的識別，介紹了目標特徵參數的提取方法；在目標圖像匹配上，提出了兩種快速有效的目標匹配演算法；基於目標深度信息恢復原理，提出兩種目標特徵點三維坐標恢復的方法，同時完成了目標運動參數估計和目標的跟蹤與預報，並最後給出了實驗結果。
  13. A simulation of an imaging infrared guidance missile tracking a airplane is described. the dynamic images are produced by programming and are merged with real background ir images which were recorded by infrared camera. the merged images simulate the scene ' s infrared image at the entrance of real seeker

    本文主要探討了動態紅外圖像的計算機生成技術，模擬了紅外成像制導導彈跟蹤飛機目標的全過程，用軟體編程實現了目標動態紅外圖像的生成，並與紅外攝像機拍攝的真實背景紅外圖像進行合成，模擬出真實導引頭視場中場景的紅外圖像。
  14. Under the circumstance that the camera is moving, the tracking rectangular coordinates are founded, and the relationship between the tracking rectangular coordinates and the forecast rectangular coordinates is given. the angle control formula of the camera & pan - tilt - device system is educed with its vision coordinates, which provides theory basis for moving vehicle tracking

    在攝像機運動情況下，建立了運動車輛跟蹤坐標系，並得出了運動車輛跟蹤坐標系與預測坐標系之間的轉換關系；通過攝像機-雲臺系統所採用的視覺坐標系，推導出了攝像機-雲臺系統轉動的角度控制公式，為運動車輛的跟蹤提供了理論基礎。
  15. A lone figure stands at water ' s edge. camera keeps moving, coming up behind him and tracking around to reveal - - red

    一個孤獨的背影立在水邊，鏡頭繼續移動，直至背影的後面，然後開始轉動，顯現出瑞德。
  16. The paper " s mostly work is to achieve the cover relation in the virtual studio, the major research is for locking the real camera and the virtual camera, the paper solve the technique problem such as : calibration for electromechanical camera tracking, by transferring coordinate, lock the movement of the virtual camera and the real camera ; present an algorithm to carry out the function of the unlimited blue box, resolve the matter that the floor of virtual studio is small ; achieve the relation of cover in the three dimension scene, which make the virtual studio can give the impression of the histrionic " s interlude perform in virtual scene,

    本文的主要工作是實現虛擬演播室系統中的遮擋關系，重點研究了虛擬攝像機和真實攝像機的鎖定。本文主要解決了以下技術難題：攝像機機電跟蹤系統的校準，通過坐標變換，將虛擬攝像機和真實攝像機的運動鎖定；實現了無限藍箱的演算法，解決虛擬演播室場地小的問題；實現了三維遮擋關系，使得虛擬演播室能實現演員在虛擬場景中穿插表演的效果。
  17. Experimental results show that in the condition of rapid movement, smaller objects and larger deflection angles between camera and planar body, the algorithm could guarantee the tracking accuracy and robustness in a certain extent

    實驗結果證明，在平板圖案發生快速運動以及目標圖案較小或者平板與攝像機平面偏角較大的情況下，該演算法能在一定程度上保證跟蹤的準確度和健壯性。
  18. This paper presents an automatic human detection and tracking system, which could analyze and deal with the image sequence gathered from a fixed ccd camera, recognize and keep tracking of human motion

    本文構建了一套自動的人體檢測跟蹤系統，對從一臺固定的ccd攝像機採集的長序列圖像進行處理與分析，能夠檢測和跟蹤人體的運動。
  19. We have developed an auto human face detection and tracking system with vc 6. 0, it ' s function include face detection, active camera control, computer communication, best view selection, in addition, it support different video source such as ccd and usb based camera

    基於pc機終端開發了軟體控制攝像機的自動人臉檢測與跟蹤系統，該系統可完成人臉檢測、雲臺控制、多機通訊、多攝像機最優視角切換，並可支持usb埠的視頻輸入。
  20. In this paper we make some researches on those problems above and several new approaches and algorithms are put forward. additionally, in order to test the performance of schemes worked out here, a human face detection and tracking system has been built based on multiple camera environment

    論文針對上述問題進行了較深入的研究，提出了一套充分考慮時間復雜度和復雜環境下的人臉檢測與跟蹤演算法，並建立了以該演算法為核心的多攝像機環境下人臉檢測與跟蹤系統。
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