視頻對象 的英文怎麼說

中文拼音 [shìbīnduìxiàng]
視頻對象 英文
vo: video object
  • 視 : Ⅰ動詞1. （看） look at 2. （看待） regard; look upon 3. （考察） inspect; watch Ⅱ名詞（姓氏） a surname
  • 頻 : Ⅰ形容詞（次數多） frequent Ⅱ副詞（屢次） frequently; repeatedly Ⅲ名詞1 [物理學] （物體每秒鐘振動...
  • 對 : Ⅰ動詞1 （回答） answer; reply 2 （對待; 對付） treat; cope with; counter 3 （朝; 向; 面對） be tr...
  • 視頻 : [物理學] video frequency （v f ）; vision frequency; visual frequency; video視頻變頻器[變換器] vi...
  1. Adaptive algorithm of video object segmentation under moving and static background

    基於動靜背景下的視頻對象自適應提取演算法
  2. Audio video object based coding and description are the district features of the mpeg - 4 standard a video sequence must be segmented into a set of video object

    Mpeg - 4最重要的特點是基於對象的操作和編解碼。這需要按照視頻對象進行視頻分割。
  3. Stereoscopic video object extraction based on disparity and threshold

    基於視差和閾值分割的立體視頻對象提取
  4. Video object segmentation and two kinds of object - oriented video coder

    視頻對象分割與兩種面向對象的視頻編碼器
  5. The algorithm for estimating the original searching points in object - oriented video coding

    視頻對象編碼中初始搜索點的預測演算法研究
  6. Statistical inference for automatic video object segmentation

    採用統計推斷的自動視頻對象分割
  7. Like other transforms such as dct and wt, zh - transform can transform the image data from spatial domain to another frequency - like domain, and zh - transformed data can describe the shape from coarser to finer

    類似於dct和wt等變換， zh變換可以把圖像數據從空間域變換到另一個類似於頻率域的域，使變換后的數據從粗到精地描述了視頻對象地形狀。
  8. Algorithms of video segmentation that are good adaptive character and real time are crucial to the final mpeg 4 coding products there exist the contributions in this dissertation as follows obtaining the edge of video objects is crucial to the video segmentation, author researches the features of human being visual, especially giving a description of mach band that is usually used in the image processing, and builds a model of mathematics, researching the mach band of color image

    （ 1 ）視頻分割的關鍵是獲得視頻對象的邊界，邊緣檢測很重要，本論文以人類的視覺系統的特性為出發點，對圖像處理中經常應用的馬赫帶現象進行了詳盡的分析並進行了數學建模，研究分析了彩色圖像的馬赫帶現象。在對馬赫帶圖像分析的基礎上，得出了人類視覺系統對圖像邊緣能識別的最小灰度差和彩色差曲線。
  9. In the videophone, conference call, dynamic monitor and human identification, there are more and more applications of human video object. it is worth studying location and analysis of head in theory and application. our paper studies the estimation and analyses of partial motion in detail and realize location and extraction of head

    針對這些領域的應用要求，本論文以視頻圖象中頭肩區域為對象，研究視頻對象的運動分析方法、檢測靜止背景中人體（主要是頭肩）的運動方向和速度，實現頭部的定位與提取。
  10. Summarizing of video object segmentation technology

    視頻對象分割技術的研究
  11. A fast algorithm for moving video object segmentation

    運動視頻對象分割的一種快速演算法
  12. Video object segmentation is such a kind of technique

    視頻對象分割就是這樣一種技術。
  13. Mpeg compressed domain video object extraction

    壓縮域的視頻對象提取方法
  14. Automatic segmentation algorithm of video object

    視頻對象自動分割演算法
  15. Video object segmentation algorithm for sequences with global motion

    全局運動序列的視頻對象分割演算法
  16. A video object segment algorithm based on moving edge detection

    一種基於運動邊緣檢測的視頻對象分割新演算法
  17. Video object extraction

    視頻對象提取
  18. Video object segmentation techniques are discussed, theories and techniques related to video segmentation are introduced and the existing typical algorithms of motion - based and spatiotemporal segmentation are analyzed and compared with the emphasis on analysis of spatiotemporal segmentation algorithms based on 3d region growing

    本文以視頻對象分割技術為研究課題，首先介紹視頻分割相關的理論與技術，然後對現有的基於運動和基於時空域相關兩大類分割演算法進行對比研究，並把重點放在基於3d區域生長的時空域分割演算法的分析上。
  19. Video object segmentation aims to partition an image sequence into moving objects and to track the evolution of the moving objects along the time axis

    視頻對象分割，旨在分割出視頻序列中的運動對象並沿時間軸跟蹤運動對象的演進。
  20. Segmentation and tracking of video moving object is used for guiding the extraction of video object plane from the video sequence. this paper introduces spatio - temporal information to automatically segment and track video moving objects

    為了生成視頻對象面，需要對視頻序列中的運動對象進行有效的分割；並跟蹤運動對象隨時間的變化，為此提出並實現了一種用於分割及跟蹤視頻運動對象的時空聯合方法。
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