geometric algorithm

英 [ˌdʒiːəˈmetrɪk ˈælɡərɪðəm] 美 [ˌdʒiːəˈmetrɪk ˈælɡərɪðəm]

网络  几何算法

计算机



双语例句

  1. Therefore, it is significant and necessary to research and develop a more efficiency, more universal geometric algorithm for inverse kinematics of rob.
    建立一种高效且通用的机器人逆解几何算法就显得很有意义和必要。
  2. Underwater-vehicle path planning based on geometric algorithm
    基于几何算法的水下航行器路径规划
  3. A geometric iteration algorithm for projecting a point onto an implicit surface is presented.
    针对点到隐式曲面的正交投影问题,提出一种稳定的几何迭代算法。
  4. Geometric Distortion Correction Algorithm for Circular-Scanning SAR Imaging
    环视SAR成像处理中的几何失真校正算法
  5. The Geometric Reasoning Algorithm for Grasping Posture of Intelligent Robot
    确定智能机器人抓手姿态的几何推理算法
  6. Accordingly, the origin of geometric distortion is first introduced in this paper, and through analysis, a geometric correction algorithm is presented. Applying the transformation of three-dimension-projection, image series are finally converted into the same coordinate system.
    论文首先介绍了图像几何畸变的产生,并通过分析得到几何畸变的校正算法,通过三维投影变换把系列航空图像变换为同一坐标系(地面坐标系)下的几何畸变校正图像。
  7. In this paper, a geometric reasoning algorithm for grasping posture of intelligent robot is introduced.
    本文介绍了一种确定智能机器人抓手姿态的几何推理算法。
  8. On Geometric Description Algorithm of Spacecraft Shielding or Masking
    一种航天器防护与遮挡的几何描述算法研究
  9. A Geometric Rectification Algorithm of Scanned Topographic Map Based on Hough Transform
    基于Hough变换的扫描地形图几何纠正算法研究
  10. A Parallel Geometric Correction Algorithm Based on Dynamic Division-Point Computing
    基于动态分界点计算的并行几何校正算法
  11. A geometric modeling algorithm for optimal transportation tasks assignment
    运输任务优化分派的几何模拟算法
  12. The symplectic geometric algorithm and the Ronge-Kutta algorithm are examined from the viewpoint of the algebraic dynamical algorithm.
    从代数动力学算法的观点考察了辛几何算法和龙格-库塔算法的保真问题。
  13. Improved geometric calibration algorithm by increment is proposed.
    论述了采用增量递推的算法优化图像几何校正算法;
  14. In practical application of the machining of maglev guideway girder, geometric fitting algorithm is mainly adopted.
    轨道梁机加工实际应用主要采用几何拟合算法。
  15. Taking advantage of geometric algorithm and analytical algorithm, A new algorithm for the inverse kinematics of the manipulator is presented in this paper.
    本文结合几何法和解析法的优点,提出了一种新的机械手逆运动学求解法。
  16. A geometric compression algorithm is presented in this paper to save the geometry model storage and transmission time.
    提出了一个几何压缩算法,用以节省三角网格模型存储和传输时间。
  17. The acceptable consistency can be achieved gradually with the original preference information preserved furthest when combining the PS method and the traditional weighted geometric mean algorithm for improvement.
    通过与加权几何平均改进方法相结合,在最大限度保留决策者原始判断信息条件下,逐步达到可接受的一致性。
  18. Support Vector Robust Perceptron for Linear Separable Problem and its Geometric Training Algorithm
    线性可分问题的支撑向量稳健感知器及其几何训练算法
  19. Geometric Operation Algorithm in IC CAD and Its Implementation
    ICCAD中的图形运算算法与实现
  20. In order to avoiding the shortcomings of traditional D-H transformation matrix in resolving the inverse kinematic equations, and the complexity of using the pseudo-inverse of Jacobian matrix, a partition geometric algorithm was implemented.
    采用分段几何法解决关节规划逆运动学的求解问题,避开了Jacobian矩阵及其伪逆的计算,也避免了D-H矩阵变换法随手臂冗余度的增加表现为解的多重性或不存在性的不足。
  21. A Geometric Algorithm for Tilted-camera Perspective Projection and the Comparison with External Perspective Projection
    倾斜相机式投影的几何解法及其与外心投影的比较
  22. Geometric genetic algorithm is very suitable to solve the shape optimization problem with close contour, i.e., optimization of airfoil profile, for its particular chromosome representation of variables to be optimized and its easiness in coding and decoding process.
    几何遗传算法由于其独特的变量染色体表达和简易的编解码方式特别适合于对具有封闭轮廓线的形状优化问题的求解(如翼型叶片的优化设计等)。
  23. As the topology constructed by the topology control algorithm is planar, it may ensure the delivery of geometric routing algorithm.
    由于生成的拓扑满足平面性,因此可以保证几何路由算法的分组可达性。
  24. Firstly, geometric resolution algorithm for solving theory of the profile shape of the tool is researched by the motion of the tool relative to the workpiece.
    首先根据刀具和工件相对运动过程中的几何关系,研究采用几何解析算法求解的求解理论。
  25. Experimental results show that the proposed method has good performance as compared with existing algorithms in both computational accuracy and efficiency. A geometric interpolation algorithm for skinning of circles on unit sphere is put forward.
    实验结果表明:与现有的一阶算法以及基于点投影技术的离散投影方法相比,所提出的二阶算法在计算精度和效率方面占用优势。提出了单位球面上圆环序列的蒙皮算法。
  26. The random response method of geometric transformation combines the random response technology with the geometric transform algorithm. According to the different random number generated by random number generator, different geometric transformation method is selected, which has played a dual effect of privacy protection.
    该算法将随机响应技术与几何变换方法相结合,根据随机数生成器生成的随机数的不同,选择不同的几何变换方法,起到了双重隐私保护的效果。
  27. Finally, the weakness of the corresponding algorithm theory solutions; Meanwhile, A watermark is a geometric algorithm and the anti-watermark is meaningless watermark is a solution to the shortcomings of the program. Finally, we get a review of this paper.
    最后,针对算法中的弱点提出了相应的理论解决方案;同时,提出了一种基于零水印的抗几何攻击的算法和一种解决零水印是无意义水印缺点的方案。
  28. Academician Kang Feng, the fou-nder of Chinese computational mathematics, put forward the symplectic geometric algorithm systemically which preserves symplectic structure of the Hamiltonian system in 1984.
    为了适应这一需要,我国计算数学的奠基人冯康院士首次在1984年系统地提出了能够保持哈密尔顿系统辛结构不变的辛几何算法。
  29. It was the first time that the gradient concept of geometry was applied to the wireless sensor network localization algorithm. The method for analyzing the position relationship between anchor nodes has been investigated and given the location of geometric algorithm.
    首次将几何学中的斜率概念引入到无线传感器网络定位算法中,提出了一种分析锚节点之间位置关系的方法,并给出一种基于几何学的定位方案。
  30. Then, a deep research on the geometric location algorithm is done based on TOA ( Time of Arrival, signal arrival time) against non-line-of-sight propagation. Then a new algorithm is proposed which introduced geometric location method into base station selection.
    然后深入研究了在非视距传播环境下基于TOA(TimeOfArrival,信号到达时间)的几何定位算法,提出了一种新的算法,把距离几何定位引入到基站选择中。