空間影像攝影 的英文怎麼說

中文拼音 [kōngjiānyǐngxiàngshèyǐng]
空間影像攝影 英文
aerial image photography
  • 空 : 空Ⅰ形容詞（不包含什麼; 裏面沒有東西或沒有內容; 不切實際的） empty; hollow; void Ⅱ名詞1 （天空） s...
  • 間 : 間Ⅰ名詞1 （中間） between; among 2 （一定的空間或時間里） with a definite time or space 3 （一間...
  • 影 : Ⅰ名詞1 （物體擋住光線后映出的形象） shadow 2 （鏡中、水面等反映出來的物體形象） reflection; image...
  • 像 : Ⅰ名詞1 （比照人物製成的形象） likeness （of sb ）; portrait; picture 2 [物理學] image Ⅱ動詞1 （在...
  • 攝 : Ⅰ動詞1 （吸取） absorb; assimilate2 （攝影） take a photograph of; shoot 3 [書面語] （保養） cons...
  • 空間 : space; enclosure; room; blank; interspace
  • 攝影 : 1. （照相） take a photograph; shoot 2. （拍電影）; shoot a film; film
  1. Adapted from " leur histoire " by dominique mainard, this is a magical, emotive character study fronted by three exemplary leads

    鏡頭大部份刻意以高清拍攝，經營出一種異乎尋常的景深與空間感，為影片超現實的想像奠下基調。
  2. Photography - spatial resolution measurements for electronic scanners for photographic images - scanners for reflective media

    攝影.攝影成像用電子掃描儀的空間解析度測量.反射介質用掃描儀
  3. In this paper, it is proved that, given 3 control points a, b and c, if the camera s optical center o lies on one of the three planes perpendicular to the plane abc and going through one of the three altitudes of the triangle abc, and additionally its projection on the plane abc is within the circumscribed circle of the triangle, that is, o is within the so - called danger cylinder, then the corresponding p3p problem - o, abc - must have 4 positive solutions

    Pnp perspective - n - point問題是計算機視覺攝影測量學乃至數學中經典而重要的問題之一，所謂pnp問題，就是指如下的物體定位問題：假定攝像機為小孔模型且已標定好，攝取一幅在物體坐標系下坐標已知的n個空間點的圖像，且這n個圖像點的坐標已知，確定這n個空間點在攝像機坐標系下的坐標。
  4. Photography - electronic scanners for photographic images - spatial resolution measurements - film scanners

    攝影.攝影圖像用電子掃描儀.空間解析度測量.膠片掃描儀
  5. In 3d space, points on the infinite plane compose the absolute conic, and it contains the interior parameter information of camera. we use photography geometry character of circular point on the absolute conic to calculate camera interior parameter, exterior parameter can be obtained. we can obtain more accurate

    在三維攝影空間中，無窮遠平面上的點構成了絕對二次曲線，由於二次曲線的像包含了攝像機的內部參數信息，我們利用了圓環點的像在二次曲線上的攝影幾何特性，從而確定攝像機的內部參數，進而求取攝像機運動的外部參數。
  6. There is virtually no limit in the cyberspace to provide multi - viewpoint and dimension simulations. with a click of a button, planners will be able to view digital aerial photographs and satellite images of neighbourhood

    在虛擬空間里，我們可以從多種角度、以不同尺寸來模擬景物。我們只須按動滑鼠，便可觀看規劃范圍鄰近地區的航攝照片和?星影像。
  7. After obtaining correct projective depths, we decompose the measurement matrix into camera motion in projective space and projective reconstruction by svd

    在獲得正確的射影深度后，通過奇異值分解將測量矩陣分解為射影空間下的攝像機運動和物體三維幾何形狀（射影重構） 。
  8. Camera to the space station aboard a russian rocket launch oct. 1 and direct the filming from russia ' s mission control center outside moscow

    「太空電影」公司的高清晰度攝像設備將搭乘今年10月1日即將發射升空的俄羅斯運載火箭前往國際空間站。
  9. We firstly talk about the basic concept and property of absolute point in projective space. then we build the constrained equations of camera intrinsic parameters by using its property and calibrate the camera

    首先介紹了射影空間中圓環點的基本概念和性質，然後利用其性質建立攝像機內參數的約束方程，實現攝像機自定標。
  10. On the basis of discussing the possible aristhemetic for kineticscs indexes in motive video analysis, it was suggested that arithmetics of different quotient of center should be used in calculating the speed and accelerated speed, and the joint angle and segment angle, space angle and projection anagle should be ( differentiated ) so that the indexes could be more comparable

    對運動影像拍攝與解析系統中運動學指標的可能演算法進行了討論，建議在計算（角）速度、 （角）加速度等運動學指標時應當盡可能地運用中心差商的演算法，在使用運動學指標時應當正確區分關節角和環節角、空間角與投影角兩組概念和演算法的不同，以使各種不同的解析系統計算出的運動學指標更具有可比性。
  11. In this thesis, motion estimation and compensation, the key technology of video coding, are investigated. its specific work includes : making analysis on the video motion models, deducing the parametric model which describes the orthographic projection of 3 - d rigid motion of a surface to the 2 - d image plane

    本文對視頻壓縮編碼中的關鍵技術? ?運動估計和補償方法進行了研究，內容包括:對視頻運動模型進行分析，推導了三維剛體經攝像機正交投影到二維空間后的運動場參數模型。
  12. For recover the real structure of scene we should estimate the interior parameters of camera in further, and transform the structure of scene from projective space to euclidean space, this process named camera calibrating

    為了恢復場景或物體在歐氏空間的形狀，需要估計攝像機的內部參數，完成從射影空間到歐氏空間的轉變，這個過程稱為攝像機定標。
  13. According this technology, first we shot the scene from different angles use digital camera, then utilize the relation of epipolar geometry to estimate the exterior parameters ( the position and direction ) of cameras and to recover the scene in projective space, after this we use the technology of self - calibration to estimate the interior parameters of cameras and to recover the scene in euclidean geometry

    它利用攝像機拍攝場景或物體不同角度的圖象，根據不同圖象之間的幾何關系估計攝像機的外部參數（即攝像機的位置和方向）恢復場景在射影空間的幾何模型，再利用自定標技術估計攝像機的內部參數並進而完成場景在歐氏空間的重建。
  14. The extraction of spatial information from high - resolution remote sense image is a hot topic of digital photogrammetry, gis and other fields

    基於高解析度遙感影像的空間信息處理技術是當前數字攝影測量、地理信息系統及其相關學科的重點研究領域。
  15. Serendipitously, the picture also recorded a bright, comet - shaped cloud not known to share the sky with orion ' s famous stars and nebulae

    在不經意間，上面影像中還拍攝到了一條未知的彗星狀明亮雲帶，與獵戶座著名星雲分享了這片天空。
分享友人
分享到 Line

分享到臉書