簡單立方點陣 的英文怎麼說

中文拼音 [jiǎndānfāngdiǎnzhèn]
簡單立方點陣 英文
simple cubic lattice
  • : Ⅰ形容詞(簡單) simple; simplified; brief Ⅱ動詞1 (使簡單; 簡化) simplify 2 [書面語] (選擇人才...
  • : 動1 (站) stand; remain in an erect position 2 (使豎立; 使物件的上端向上) erect; stand; set up...
  • : Ⅰ名詞1 (方形; 方體) square 2 [數學] (乘方) involution; power 3 (方向) direction 4 (方面) ...
  • : Ⅰ名詞1 (液體的小滴) drop (of liquid) 2 (細小的痕跡) spot; dot; speck 3 (漢字的筆畫「、」)...
  • : Ⅰ名詞1 (作戰隊伍的行列或組合方式) battle array [formation]: 布陣 deploy the troops in battle fo...
  • 簡單 : 1 (不復雜) simple; uncomplicated; plain; simplicity 2 (平凡 多用否定式) commonplace; ordinary...
  • 立方 : 1. [數學] cube 2. [簡] (立方體) cube3. (立方米) cubic metre; stere
  1. Through analyses of epipolarity geometry of the linear ccd push - broom images and frame perspective images, based on the projection track method, epipolarity of linear ccd push - broom image is established and the properties of epipolarity curves is discussed, and a new epipolarity model based on the simplified push - broom sensor model is proposed. for stereo images of frame perspective and linear perspective, how to set up of epipolarity is studied in terms of fundamental matrix in computer vision, and an algorithm of epipolarity solution that only depends on coordinates relation of identical point is presented. 4

    通過線ccd推掃式影像和框幅式中心投影影像核線理論的對比研究,利用投影軌跡法建了線ccd推掃式影像的核線模型,分析和總結了它的基本特性;針對基於共線程的化傳感器模型,提出了一種新的核線模型;對框幅式中心投影體影像和線ccd推掃式體影像,利用計算機視覺中的基本矩研究核線關系的建,提出了一種純依靠同名坐標關系的核線模型解法; 4
  2. 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,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、使用便、速度快、精度高等諸多優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,體視差測距法有了新進展及應用。
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