蛙跳

wā tiào
  • leap frog;move up and down like a frog
蛙跳蛙跳
  1. 使用面向离散搜索空间的蛙跳算法求解TSP

    Using discrete search space-oriented leaping frog algorithm to solve TSP

  2. 高阶Schrodinger方程的哈密顿型蛙跳格式

    Leap-frog schemes of Hamiltonian system for Schrodinger equations of high order

  3. 博弈论分析表明,FDI技术转移净效果取决于两种效应的比较,长期中有溢出的均衡可能导致动态技术转移,甚至“蛙跳”效应;

    Results of game theory show , in the long run , technology spillovers effects will induce dynamic technology transfer ; leapfrog effect may take place in host country .

  4. 方程周期初值问题构造了其C-N,“蛙跳”混合差分格式。

    V.equation . A mixing leap-frog and C-N finite difference scheme is proposed .

  5. 利用时域有限差分法(FDTD)并结合蛙跳技术,通过联合求解Maxwell方程组和热传导方程,模拟了水的微波加热过程,计算了烧杯中的水的温度分布;

    Maxwell 's equations combined with heat transport equation have been solved by using FDTD with the leapfrog technique to simulate the microwave heating to water . The temperature distribution of water in the beaker is obtained .

  6. 本文探求了一种基于FDTD法的新的蛙跳(leapfrog)技术,模拟计算TEMCELL内部,微波与试管中的化学反应溶液相互作用的过程。

    Research of the leapfrog institutional innovation In this paper , a new leapfrog technique based on the finite-difference time-domain ( FDTD ) method is used to simulate the interaction between microwaves and reacting solution in test tube placed in TEM cell .

  7. 该算法由Sobol序列、改进混合蛙跳算法和二次序列规划方法结合而成。

    The algorithm consists of the Sobol sequences , the improved hybrid leapfrog algorithm ( ISFLA ), and sequential quadratic programming ( SQP ) .

  8. 波动方程两种哈密顿型蛙跳格式

    Leap-frog schemes of two kinds of Hamiltonian systems for wave equations

  9. 基于二值图像的线检测法&蛙跳算法

    Algorithm of line detecting based on binary image & frog jumping

  10. 蛙跳比赛的获胜者是霍皮。

    And the winner of the frog-leaping contest was hoppy .

  11. 基于蛙跳格式的弱非线性水波数值模型

    A weakly nonlinear model for water waves using frog-loop scheme

  12. 含风电场电力系统动态优化潮流的混合蛙跳算法

    SFL Algorithm Based Dynamic Optimal Power Flow in Wind Power Integrated System

  13. 基于改进蛙跳算法的盲均衡技术研究

    Study of Blind Equalization Technology based on Modified Shuffled Frog Leaping Algorithm

  14. 大笨鹅在“蛙跳池塘”的岸边翩翩起舞。

    Goose began to dance on the banks of Frog Jump Pond .

  15. 求解考试时间安排问题的离散蛙跳算法

    Discrete shuffled frog leaping algorithm for examination timetabling problem

  16. 蛙跳式制度变迁和职业经理人的使用

    The Leapfrog Institutional Change and the Usage of Manager

  17. 求解复杂函数优化问题的混合蛙跳算法

    Shuffled frog leaping algorithm for solving complex functions

  18. 任意阶精度蛙跳格式稳定性分析

    Stability analysis for leap-frog schemes with arbitrary-order accuracy

  19. 混合蛙跳算法和投影寻踪模型的洪水分类研究

    Study on Flood Classification Based on Shuffled Frog Leaping Algorithm and Projection Pursuit Model

  20. 混合蛙跳算法是一种模拟青蛙觅食行为的智能优化算法,具有参数少,鲁棒性强,简单易于理解等特点。

    This algorithm with a few parameters is robust , simple and easy to understand .

  21. 提出了一种带收缩因子的混合蛙跳算法。

    The Shuffled Frog Leaping Algorithm with a Contraction Factor ( SFLACF ) is proposed .

  22. 中国产业结构的蛙跳升级

    Leapfrogging Upgrading of China 's Industrial Structure

  23. 基于蛙跳式柔性三坐标测量系统误差理论分析

    Theoretical Analysis on the Error of Three Coordinate Measuring System Based on the Leapfrog Type

  24. 蛙跳格式的替代方案及其在大气环流模式中的应用

    An Alternative Method to Leapfrog Time Differencing and Its Applications in an Atmospheric General Circulation Model

  25. 蛙跳型经济增长

    Leapfrogging - oriented Economic Growth

  26. 对应用混洗蛙跳算法解决机组组合优化问题进行了探索研究。

    The exploring research for applying shuffled frog-leaping algorithm to resolve the unit combinatorial optimization is carried out .

  27. “蛙跳”过传统方法的技术可能对于一些国家很适合,而对于其他一些国家,渐进的创新可能更合适。

    Technologies that'leapfrog'conventional methods may be ideal for some countries , whereas for others incremental innovations may be more appropriate .

  28. 实验结果表明,改进的混合蛙跳算法对复杂函数优化问题具有较强的求解能力。

    The experimental results show that the improved SFLA has a better capability to solve complex functions than other algorithms .

  29. 对我国企业的技术蛙跳提供专利竞赛策略依据。

    It provides to domestic enterprises with some evidences of patent race strategies in order to achieve the technological " leapfrog " .

  30. 但是支持向量机对核函数类型并不敏感,因此核参数成为研究的关键因素,在介绍了几种常见核参数优化方法的基础上,提出了一种基于混合蛙跳算法的参数优化方法。

    Several common optimizing methods of kernel parameters were described , then a parameter optimizing method based on shuffled frog leaping algorithm was proposed .