根据建立的理论验面模型，在齿面的旋转投影面上进行测量网格规划，得到网格节点的坐标和法线方向。
According to the theoretical tooth surface model, the measuring grids schema is accomplished on the rotary projection of tooth surface, and coordinates and the normal of the grids are obtained.
骨架是物体的一种描述方式，它广泛应用于道路探询、动画、有限元网格生成、路径规划和特征识别等领域。
Skeleton is a representation of an object which has been shown to useful in interrogation, animation, finite element mesh generation, path planning, and feature recognition.
提出采用一种结合三角网格退化、变域动态规划以及航迹优化的方法来解决突发威胁下的航迹规划问题。
This method combined the ameliorated grid degenerate and dynamic programming, it can solve the problem of time delay in path planning with sudden appearing threats.
根据非线性规划问题的网格并行运算的要求，在分析非线性最小二乘问题的迭代法的基础上，提出了非线性最小二乘问题的并行迭代法来提高其并行度。
According to the request of grid concurrent operation of nonlinear programming, the parallel repetitive process is proposed to enhance its parallel based on analyzing the repetitive process of NLS.
本文主要研究了散乱数据的NURBS曲面重构和在重构网格基础上的后续数控加工路径规划问题。
NURBS surface reconstruction of scattered data and the following of path planning of NC process based on the reconstruction mesh are researched in this thesis.
该计划赞同两个城市电网本身是规范该地区的城市规划，这些新的解释生成网格的校园几何的复杂性。
The plan aligns itself with the two urban grids that regulate the town planning of the area and the new interpretation of these grids generates the geometrical complexity of the campus.
因此，如何确定最优的网格大小，以尽量减少能源消耗，延长网络的生命周期成为一个重要的问题，在网络规划和选型阶段。
Thus how to determine the optimal grid size in order to minimize energy consumption and prolong network lifetime becomes an important problem during the network planning and dimensioning phase.
您能够创立恣意多个规划，每个都有它自己的网格大小，所以在短短的几秒钟，你能够把你的桌面的控制权，并取得更多的作业效率。
You can create any number of layout, each with its own grid size, so in just a few seconds, you can take control of your desktop, and get more efficiency.
通过假设网格环境和设置相应变量，基于博弈理论建立了网格资源分配机制和竞价策略博弈模型，并应用动态规划算法证明了纳什均衡的存在。
From assuming the grid environment and set variables, the thesis founded a grid resource allocate mechanism and a biding policy model, proved the existent of Nash Equilibrium.
本文应用有限元参数二次规划法求解采煤机牵引行走机构齿轨接触强度问题，介绍了有限元建模和网格划分，分析了计算结果。
The paper deals with the contact strength problem of tractive mechanism of shearer by the finite element parametric quadratic programming method.
本文应用有限元参数二次规划法求解采煤机牵引行走机构齿轨接触强度问题，介绍了有限元建模和网格划分，分析了计算结果。
The paper deals with the contact strength problem of tractive mechanism of shearer by the finite element parametric quadratic programming method.
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