regular grid 中文意思是什麼

regular grid 解釋
規則網格
  • regular : adj 1 有規則的,有規律的;有秩序的,井井有條的,整齊的;正規的,正式的。2 端正的,勻稱的,調和的...
  • grid : n 1 格子,格柵。2 (蓄電池的)鉛板。3 【無線電】柵級。4 鐵道網;【電學】電力網;〈英國〉(全國)...
  1. The algorithm considers the impact to adjoining edge during disposing the border of blocks, and still maintains the grid regular characteristic

    該演算法考慮了邊界處理時對鄰邊的影響,處理結果不影響網格的規則特性。
  2. In chapter two and chapter three, this paper discusses the tracking and building of isolines from two aspect, regular grid data and random discrete data

    文中第二章和第三章從規則格網數據和任意離散點數據兩個方面討論了等值線的追蹤與生成。
  3. In addition, for regular grid data it presents an effective algorithm for some particularity that there are four isopoints in one grid cell and for random discrete data points it lays emphasis on triangulation. this paper firstly put forward three principles : attribute principle of adjoining isolines, attribute principle of isoregions and inclusion principle of ioslines after studying the character of isolines. the bivalue - topology algorithm based on boundary tracking is given, which is founded on the three principle and is used to fill isoregions

    另外,在這兩部分中除了對邊信息鏈表的形成過程以及基於邊信息鏈表的等值線生成做了詳細討論外,還對規則格網數據的等值線追蹤中,一個網格單元上含四個等值點的特殊情形給出了一個比較有效的演算法,並在任意離散點數據部分對平面點集的三角剖分進行了著重討論。
  4. Layout method of geochemistry regular survey grid for the zhuzhuang gold mining area, henan

    河南朱莊金礦區化探規則測網的布設方法
  5. Making full use of the correlated space information of multi - beam bathymetric data, the author put forward a method of gaussian surface approximation to build the grid net of regular digital terrain model ( dtm ) of surveyed seafloor, which is more accurate than other approximation methods

    本文充分利用了多波束數據的空間相關信息,提出了一種基於高斯地形曲面擬合的數字地理模型數據網格化方法,準確快速地得到標準等深線圖。
  6. Taking cgle for example, we first introduce spatial grid filter technique to control the system turbulence states and obtain multiform regular spatial distributions, both with the time evolution keeping to be chaos or changing to be period. and we also control stc in cgle by using delay feedback method

    以復金茲伯格?朗道方程為例,首次提出網格濾波方法,討論濾波技術對這一系統時空混沌的控制,對規則濾波無法得到滿意控制的復金茲伯格?朗道方程中的缺陷湍流和位相湍流有效地進行了控制,得到了豐富的時空斑圖結構。
  7. The author introduces arithmetic from triangulated irregular network to regular square grid dem because the latter apply abroad than the former in fact

    考慮到規則格網dem在實際應用中比tin更加廣泛,介紹了從tin到規則格網dem的內插演算法。
  8. This paper uses digital line graphs for original data. after author bases on large - scale relief map " feature and analyses the feature, data structure and creation algorithms of two main representation shape ? triangulated irregular network and regular grid, author provides a kind of method that large - scale dem is created from tin which is created from large - scale dlg

    本文以數字線化圖為原始數據,針對大比例地形圖的特點,在分析了數字高程模型的兩種主要表現形式? ?不規則三角網tin和規則格網grid的特點、數據結構、生成演算法的基礎上,考慮到大比例尺數字高程模型能最大限度符合實際地形特點,提出了一種從大比例尺數字線化圖dlg生成不規則三角網tin ,再由不規則三角網內插生成大比例尺數字高程模型grid的方法。
  9. The main process of the method is : after the converged solution for a certain layer of grid is obtained, all elements that are required to be refined based on error analysis are automatically found and output. as the distribution of the elements to be refined is often discrete and irregular, regular square blocks consisting of elements to be refined need to be manually built and input to the computer. the computation for the refined layer grid is then carried out and the procedure is repeated until the final convergence criterion is satisfied

    該方法的特點是:當某一層次網格取得收斂解后,程序根據誤差分析自動判別並輸出該層次網格內需加密的單元,由於需加密單元的分佈一般較為離散和不規則,因此通過人工介入對這些單元進行組塊並輸入到計算機,程序便開始進行下一層次網格的迭代計算,直至得到滿足最終收斂判據的解。
  10. For h - d data distributing over regular - grid points, a new concept " cubical matrix " " is presented, some operating rules on it are established, and a definition and expressions of tri - cubic spline function are introduced about which its unique existence theorems are proved, interpolating error is estimated, and practical algorithms to produce two kinds of boundary conditions and methods for its computation are presented

    完成的主要研究內容和成果如下:一、對規則區域上分佈的h - d數據,首次提出了立體矩陣的概念,建立了其運算規則,給出了三三次曲面的定義及表達式,證明了其存在唯一性。
  11. Two - stage - fitting ( tsf ) method is obtained, which consists of evaluating the function values of regular - grid points by using local weighted least square methods or radial function interpolation, and smoothly and quickly interpolating those points by using multivariate splines. the result is a hyper - surface of c1 or c : continuity

    基於上述結果,提出了h - d空間散亂數據超曲面構造二步法,第一步應用局部最小二乘法或局部徑向基函數擬合法插補立方體網格點上的函數值,第二步應用多元樣條光滑快速插值計算,使所得超曲面具有c ~ 1或c ~ 2連續。
  12. This partition, the grid lpar, shares its virtual processors with other partitions at a lower priority than the other lpars, ensuring that the grid use of the node does not impede the regular operation of the mainframe

    這個分區我們稱之為grid lpar ,它與其他分區共享虛擬處理器,不過其優先級低於其他lpar ,這樣可以確保網格使用節點不會影響到大型機上的正常操作。
  13. The architecture of campus grid performance monitoring and analysis system is introduced, including the designing and implementation of each subsystem : grid resources performance data gathering, storage, visualization, resource nodes ' performance forecasting and the grid regular knowledge discovery

    介紹了基於校園網格的性能監控與分析系統的整體架構,以及該系統中網格資源性能數據採集、存貯、可視化監視、節點資源性能預報和網格規律性知識挖掘等模塊的具體設計與實現。
  14. Geometry data is modeled as a regular grid, and texture comes from the remote sense or satellite images

    地形幾何數據來源於數字高程模型( dem ) ,紋理數據來源於衛星和遙感圖象。
  15. A patent has been applied for based on these widely used innovations. a 3d particle velocity measurement system was built upon calibration method of multi - layer regular grid and particle space coordinates determination method of iterative approaching developed in this paper

    建立了顆粒三維運動測量系統,提出了「空間多層正交網格」的標定方法,用「多次迭代逼近法」進行顆粒空間坐標的計算。
  16. This paper presents an algorithm for regular square grid model, which based appropriate criterion and quad tree structure, the multi - resolution representation mechanism, the dynamic terrain simplification, error metrics, deleting cracks, fast generation the triangulation are discussed in the paper

    摘要討論了地形模型的多解析度表示機制、節點評價函數、動態簡化演算法、裂縫的解決方法、三角網快速構建等地形可視化中的關鍵問題。
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