bounding box 中文意思是什麼

bounding box 解釋
邊界盒
  • bounding : 邊框
  • box : n 1 箱，櫃，匣，盒；罩殼；錢櫃；〈美口〉保險箱；郵箱，信箱；〈英國〉禮盒；禮物（旅行用）衣箱。2 ...
  1. Improving anil jain ' s algorithm, we propose a minutiae match algorithm. our improvement is focused on the following two aspects : first, we use a minutiae alignment algorithm based on the iteration of the neighbor minutia centered at the minutia gravity. secondly, we use a modifiable bounding - box to carry out minutiae matching, which makes our algorithm more robust to the non - linear transform of the fingerprint images

    我們的改進主要體現在二個方面:首先我們利用了一種「基於重心附近遍歷的特徵點對齊演算法」 ，該方法不需要記錄特徵點的多餘信息來進行特徵點的對齊;其次，我們利用一個可變大小的「界限盒」來進行特徵點的匹配，使得我們的匹配演算法對指紋圖像的非線性形變具有更好的魯棒性。
  2. In feature matching, a dot pattern matching method is developed, which combine subschema matching method for solving rotations and scale changes problems, and employ variable bounding box to solve translations problem. then the problems of arbitrary translations, rotations, and scale changes in feature matching have been well

    特徵匹配演算法採用了基於點模式的匹配方法，並結合基於結構的匹配方法解決圖像的旋轉、平移問題，同時採用可變限界盒方法解決圖像的變形問題，使得指紋圖像匹配中因圖像旋轉、平移、形變等帶來的問題得到了較好的解決。
  3. System structure model based on simulation database is presented, by which realize effectively to integrate nc geometric simulation with physical simulation. 2. in the nc geometric simulation and nc verification, a partial rendering algorithm is improved by using dynamic oob ( oriented bounding box )

    2 .在幾何模擬方面，改進了幾何模擬局部刷新演算法，提出動態方向區域法，使在加工模擬過程中可以進行旋轉、放大和縮小等動態操作，便於了解工件在模擬加工過程中的具體情況。
  4. First of all, the assembly model of dfa is established and the data structure of the model is proposed ; in order to redesign product and structures and select optimized assembly plans, an assemblability evaluation system is constructed. secondly, assembly process planning is analyzed, including assembly path planning and assembly sequence planning ; and then the thesis brings forward the way of 11 - tuple to represent the movement of assembly / disassembly of assembly elements. in the end, this paper makes an research on the technology of interference checking, raised a kind of algorithm of swift interference checking based on envelops bounding box decomposition, hence, the accuracy and efficiency of the algorithm is improved dramatically

    首先建立了面向裝配設計的裝配模型，給出了它的數據結構；接著從面向產品結構和裝配工藝過程兩方面再設計的角度，構建了裝配性評價體系；接著闡述裝配工藝規劃技術，包括裝配路徑規劃和裝配順序規劃；然後提出了11元組法來表示裝配元件的裝拆運動；最後對干涉檢驗技術進行了研究，採用一種基於包容盒逐層的快速干涉檢查演算法，提高演算法的精度和效率。
  5. The high similarity in shapes and large overlapping areas of corresponded contours on adjacent cross - sectional are main conditions in reconstructing surface correctly. in accordance with the disadvantage of blurring caused by traditional gray - level interpolation methods, this dissertation introduces a method to interpolate 3d images based on point matching approach to get 3d isotropy volume data. with respect to non - similar shapes or no superposition of corresponded contours on adjacent slices and concave contours, this dissertation presents a method for shape - based interpolation based on nonuniform scale bounding box

    相鄰斷層上對應輪廓區域的形狀相似和重疊部分大是保證重建表面正確性的重要條件，針對傳統灰度插值容易引起模糊邊界的缺點，本文採用基於對應點匹配的方法進行灰度插值，以獲得各向同性的三維數據；針對相鄰斷層間對應輪廓的形狀不相似，位置不重合和有凹輪廓線的情況，提出一種基於包圍盒非均勻比例放縮的形狀插值方法。
  6. Determines whether a ray intersects the volume of a sphere s bounding box

    確定光線是否與球體的邊界框體相交。
  7. Instead of constructing a convex hull, we could construct a bounding box around the solid

    如果不建立凸殼，我們可以在物體附近建立一個范圍框。
  8. Computes a coordinate axis - oriented bounding box

    計算用坐標軸定向的邊界框。
  9. The bounding box of another object will be used to define a box - shaped region to simulate the fluid in ( the so called simulation domain )

    另外的一個物體的范圍盒子將定義一個盒子形狀的區域下模擬流體的障礙物。
  10. In order to slove collision detection problem in virtual surgery, a fast collision detection algorithm based on oriented bounding box ( obb ) was presented, which simplifies geometric representation to facilitate the process of collision detection between complex geometric objects

    摘要為了解決虛擬手術的快速碰撞檢測問題，提出了一種新的基於方向包圍盒層次樹的快速碰撞檢測演算法，利用簡化的幾何模型表示一方向包圍盒層次樹來實現復雜物體間的實時碰撞檢測。
  11. Determines whether a ray intersects the volume of a bounding box

    確定光線是否與邊界框體相交。
  12. Bounding box coordinates

    坐標盒的范圍
  13. Bounding box technology and its application during collision detection process

    大型螺旋槳五軸加工中基於方向包圍盒層次樹的全局干涉碰撞檢測
  14. A chopbox anchor just finds the point at which a line intersects the bounding box of the node s figure

    Chopbox錨只查找線與節點圖形的邊框相交的點。
  15. All regions of this object that are inside the domain bounding box will be used as actual fluid in the simulation

    真實的流體將在所有物體的區域你部領域的邊界盒子里模擬。
  16. Click and drag out one of the top handles on the bounding box to give a wider perspective, then hit enter to apply

    單擊並拖動出一個頂尖的處理就包圍盒，以提供一個更廣闊的角度去看，然後鍵入回車鍵適用。
  17. The volume of sweeping is calculated for evaluating the necessary assembly space. in chapter 4, several characteristics of collision detection are clarified. based on layered envelops bounding box and subdividing the set of the possible interference components step by step, swiftly dynamic interference checking is carried out

    第四章分析了虛擬裝配中干涉檢測的特點，通過不可能干涉對象的快速篩選、基於零件級和裝配體級多層次包圍盒樹的方法、通過基本幾何元素之間精確相交測試，實現了零件靜態干涉檢測、運動零件與虛擬裝配環境中環境對象間的動態干涉檢測方法。
  18. This dissertation presents a concrete deduce for factoring the 3d image - warping equation ; confirmed the correctness and robustness of id warp and reconstruction ; realizes the whole modeling procedure after sampling six depth images around the model ' s bounding box

    本文在理論上詳細推導了3dwarp等式的數學分解；實踐上系統論證了圖像一維warp變換的正確性和健壯性；實現了采樣幾何模型6個面的深度圖像后按包圍盒方式重新繪制模型的具體過程。
  19. Activates an imaginary reflective bounding box ripples can reflect off. reflection box is off by default. ( this effect can slow down the render speed

    創建一個可以讓波反射回來的想像中的反射邊框，默認情況下該值為關閉（此效果會減慢渲染速度）
  20. Workspace are obtained by monte carlo method, this paper combines aabb bounding box and judge of points of intersection for collision detection between static obstacle and robot arms, by " expanding " obstacles, it is done by judge of distance and inclusion test

    將障礙物「膨脹」 ，再通過端點距離判斷和包含性測試，實現了機械臂與靜態障礙物的碰撞檢測，通過搜索局部最優化路徑點的方法實現了自動障礙規避。
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