立體視覺 的英文怎麼說

中文拼音 [lìtǐshìjiào]
立體視覺 英文
stereo is
  • 立 : 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...
  • 體 : 體構詞成分。
  • 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
  • 覺 : 覺名詞（睡眠） sleep
  • 立體 : 1 （三維的） three dimensional; stereoscopic2 [數學] （幾何體） solid; body立體彩色電視 three dim...
  • 視覺 : [生理學] vision; visual sense; sense of sight; visus; sight; optesthesia
  1. However, the position of the eyes so restricts the field of vision in baleen whales that they probably do not have stereoscopic vision

    但是，由於眼睛的位置太受約束，長須鯨可能沒有立體視覺。
  2. In this thesis, a simple and intuitional method, called two - step virtual rotation, is proposed

    與傳統的方法相比，本文提出的方法還具有可應用於線性多基線立體視覺系統中的優點。
  3. A new algorithm of sphere orientation in stereo vision

    球體定位的立體視覺新演算法
  4. During the pass time, we have taken a lot of experiments of stereoscopic cognition in psychology and physiology and attain some results, include the influence of rds ( random dots stereogram ) contrast, brightness, complexity of disparity area and color to the cognition

    在過去的研究中，我們實驗室已經在立體視覺相關的心理物理和誘發皮層電位方面進行了大量的研究，並取得了一定的研究成果，例如rds圖對的對比度，亮度，復雜的視差區域，顏色等因素對cep的影響的研究等。
  5. This article include three part, in the first part, we clarify the principle of the stereopsis developing, including the physiological element of stereopsis, its developing process and classification. and point out that binocular parallax is the necessary element of stereopsis. review the equipment or method that have been or deing used in the stereopsis test, and the suitable people to use them, analyze all kind of problem or disadvantage of them

    在第一部分中闡述了立體視覺的形成機制，包括產生立體視覺需具備的生理基礎、立體視覺的形成過程以及立體視的分類，並指出雙眼視差是產生立體視的必要條件；簡單回顧了在立體視的心理物理檢查中曾被使用或正在使用的儀器和方法，各種儀器的適用人群，分析其中存在的各種問題。
  6. Introduction of the current status and development of key technologies of the three - dimensional contour measurement. creation of the measuring means of free curved surfaces of objects, based on the passive stereo visual technology and the active liquid crystal grating encoding technology

    綜合結構光法和立體視覺法，在對傳統視覺傳感器結構統一的基礎上，提出了基於被動式雙目立體視差技術和主動式液晶光柵編碼技術傳感器，實現物體的三維形貌數字化測量。
  7. Therefore, stereovision navigation is a very important part of the alv research

    因此，立體視覺導航是alv研究的一個重要內容。
  8. This dissertation aims at the research on stereo vision methods and technologies applied in alv navigation from the aspects of theoretical and practical

    本文旨在從理論和實踐上對立體視覺在alv導航中的應用方法與技術進行研究。
  9. The paper introduced the definition and sort and field arrangement and remote monitoring of field sensor ( a new combination of remote monitor and control and network and sensor ). then tried to make use of transfer image to reconstruct tree diameter at breast height through stereo vision, the result was fairy well to realize measure diameter without field survey

    首先對其定義、種類、外業設置及遠程監控操作做了簡單的介紹，然後嘗試利用原野服務器傳回的圖像，通過立體視覺技術重建遠隔地樹木的胸徑，得到了較為滿意的結果，從而實現了不到現地便能夠測量直徑的目的。
  10. This paper proposes a practical method of automatic acquisition cognominal points in system of binocular stereo vision, which provides necessary parameter for camera relative calibration, moreover it presents farther study in acquiring and matching feature points

    提出了一種新的方法來進行雙目立體視覺系統同名點的自動提取，對現有的特徵點匹配方法進行了改進，通過對同名點的自動提取，獲取了攝像機相對校準所必需的參數
  11. In the application of mini - micro - robot visual perception, there is a need for fish - eye lenses for capturing wide field of view for navigation. though fish - eye lenses provide a wide field of view ( 180 ), they introduce significant distortion in images and the acquired images are quite warped, which makes conventional camera calibration algorithms no longer work well. this paper presents an accurate calibration framework for fish - eye lens ( a high distortion lens ) camera stereo vision system. the accurate calibration model is formulated with radial distortion, decentering distortion and thin prism distortion based on the fisheye deformation model. using fish - eye and non - linear camera model, the author employs levenberg - marquardt method to realize precise non - linear calibration for wide - view - scene dense depth image recovery

    魚眼鏡頭成像立體視覺系統在微小型機器人視覺導航和近距離大視場物體識別與定位中有著廣泛的應用.盡管魚眼鏡頭攝像機具有很大的視場角（接近180 ） ，但同時也引入嚴重的圖像變形，常規的攝像機標定方法無法使用.該文提出一種標定魚眼鏡頭攝像機立體視覺系統的方法.在魚眼鏡頭變形模型的基礎上，通過考慮魚眼鏡頭成像的徑向變形、偏心變形和薄棱鏡變形，建立了魚眼鏡頭成像的精確成像模型，然後，利用非線性迭代演算法，精確求解攝像機外部參數、內部參數.實驗表明，使用該方法得到的立體視覺系統參數滿足精確恢復大場景稠密深度圖的要求
  12. Based on the 3d geometry vision, using java3d, for each of worktable and sine welding seam part of sheet, the ve modeling experiments achieve the construct of macrostructure, security virtual thickness and virtual guide based on error, and accomplish the space restriction of robot running. via the structured laser sensor ’ s getting three - dimension information, the experiments achieve the modeling of sine welding seam part of sheet by using programming

    在立體視覺傳感系統獲得三維信息的基礎上，利用java3d建模技術，分別對工作臺、薄板正弦曲線焊縫工件進行建模實驗，完成了虛擬環境中宏觀環境模型的建立，並根據誤差建立了安全虛擬厚度和虛擬向導，完成了對機器人運動的空間約束;通過結構光傳感器獲得三維信息，編程實現對薄板正弦曲線焊縫模型的建立。
  13. The fusion of stereo vision and laser - radar ( ladar ) is also studied preliminarily in the background of alv navigation. by introducing the ladar data into the height prediction before matching, the fusion can occur on data layer. we have also found and practiced a feature layer fusion method based on dempster - shafer evidential reasoning approach

    將激光雷達的測量結果引入立體匹配前的高度預測中，提出了立體視覺與激光雷達在數據層上的信息融合方法;基於d - s證據理論，提出了立體視覺與激光雷達在特徵層上的信息融合方法。
  14. In order to overcome the drawbacks of traditional stereo algorithms for alv navigation, we propose a direct height - computing stereo algorithm. this algorithm can sharply improve system performance both in effect and speed

    針對常用的alv立體視覺導航演算法存在的不足，本文提出了直接計算高度的立體視覺演算法，在運算效果和速度上有明顯的改進。
  15. Stereoscopic vision is the direct perception of distances of objects, using both eyes.

    立體視覺是兩眼對物體距離的直觀感覺。
  16. A projection algorithm combined with 3 color - fiducial vision - based registration for virtual object registration in augment reality system, based on coordinate transition and 3d projection in 3d space, is described in detail

    結合三色基準注冊技術，藉助三維空間中的坐標系變換和立體投影變換演算法，建立增強現實系統中虛擬物體投影注冊模型，提出並推導增強現實系統的虛擬物體立體視覺投影注冊演算法。
  17. Relying on this plane three - dimensional visual images convey the image recording technique, not only left us with a lot of vivid, true pictures of the past, while the scientific principles embodied been widely applied to geological exploration, astronomy, aviation and many other fields of 3d measurement of three - dimensional photography

    這種依託平面圖像傳達立體視覺的影像記錄技術，不僅為我們留下了很多生動、真實的歷史畫面，同時其包含的科學原理還被廣泛應用到地質、勘探、天文、航空等諸多領域的三維立體攝影測量中。
  18. 6 marr d. vision : a computational investigation into the human representation and processing of visual information. san francisco : w. h. freeman, 1982

    作為視覺感知的一個重要方面，立體視覺stereoscopic vision就是從不同視角的圖像中推導出三維立體結構。
  19. With the development of science and technology, the need of micro system is more and more urgent in many technical fields, such as various operation of cell and polymerized substances, micro surgery, scanning probe microscope ( spm ), butting optical fiber, fine manufacturing etc. with the development of micro - technology, micro mechanism, which has the character of micro size or micro motion is new high technology from microcosmic point of view understanding and reconstructing the world, micro mechanism technology is important means for researching nanotechnology, so the micro stereo vision ( msv ) techniques are demanded urgently in microcosmic domain

    隨著科學技術的發展，許多領域越來越迫切地需要微型系統或微動系統，如生物細胞、聚合物的各種操作、微外科手術、掃描探針顯微鏡spm 、光纖對接和微細加工等；而且隨著微技術的不斷發展，以形狀尺寸微小、操作尺度極小為特徵的微機械已成為人們從微觀角度認識和改造客觀世界的一種高新技術；微機械技術還有望成為研究納米技術的重要手段，因此在微觀領域迫切要求顯微立體視覺技術的發展。
  20. 003601211 ) and hebei province ' s tackling key problem plan " the study of agv accurate navigation used in material automation transportation " ( no. 00547001d - 18 ). this thesis mainly focuses on the stereo vision technique used for the mobile robot, the main work includes : 1

    在天津市自然科學基金「面向復雜任務的移動機器人系統技術研究」 （項目編號： 003601211 ）和河北省攻關計劃「用於物料自動傳輸的自主車精確導航的研究」 （項目編號： 00547001d - 18 ）的支持下，本文對移動機器人的立體視覺技術進行了較為系統深入的研究，本文的主要工作包括： 1
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