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fmm

  • 网络快速多极子方法;快速多极子;快速多极子法;快速多极子算法;快速匹配方法
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  1. Application of FMM to electromagnetic scattering from a homogeneous cylinder of arbitrary cross section

    快速多极子在任意截面均匀介质柱散射中的应用

  2. The NAND Flash Memory Bad Block Management and Implementation of FMM based on Embedded System

    基于嵌入式系统的NANDFlash坏块处理和FMM实现

  3. Research of Electromagnetic Compatibility among Vehicle-mounted Antennas Based on FMM

    基于快速多极子方法的车载天线电磁兼容研究

  4. The border effect near the border step in FMM

    力调制显微术在台阶边缘附近的边界效应

  5. Fast calculation of RCS of electrically large cavities using FMM

    FMM用于快速计算电大腔体的RCS

  6. This paper focuses on the fuzzy-Markov modelling ( FMM ) approach for dynamic system .

    提出一种采用模糊Markov模型(FMM),根据系统实际输入-输出建模的新方法,用于线性及非线性的随机动态系统辨识。

  7. The goal of multimedia communication system is tO meet various Qos reqUirments fmm the end users .

    多媒体通讯系统最终目标是满足用户各种各样的Qos要求。

  8. Application of FMM Neural Network to Tracking Multi-Targets by Multi-Radars

    多雷达多目标航迹跟踪中FMM神经网络的应用与仿真

  9. A fast mixed algorithm of MEI and FMM for the wave scattering by electrically large multi cylinder

    电大尺寸多柱体电磁散射问题的一种快速混合算法&MEI+FMM

  10. Analysis of Electromagnetic Scattering Using the Fast Multipole Method ; Research of Electromagnetic Compatibility among Vehicle-mounted Antennas Based on FMM

    快速多极子算法在电磁散射问题中的应用基于快速多极子方法的车载天线电磁兼容研究

  11. New IGMRES ( m ) Algorithm in Krylov Subspace Based on the FMM and Its Application

    基于FMM的Krylov子空间IGMRES(m)新算法及其应用

  12. Objective To evaluate the cardiac injury in patients with fulminant meningococcal meningitis ( FMM ) .

    目的探讨暴发型流行性脑脊髓膜炎(流脑,FMM)患者并发的心肌损伤。

  13. Numerical results show that the FMM FFT method is specially suit to solve scattering from 3 D object with large aspect ratio .

    数值结果表明:这种快速多极子法-快速傅立叶变换方法(FMM-FFT)特别适合于三维大纵横比目标的散射求解。

  14. A new method of detecting compensating reference current for active power filters by frequency multiplication modulation ( FMM ) is presented in this paper .

    提出了一种电力有源滤波器补偿参考电流的倍频调制检测新方法。

  15. The computation time of the method can be obviously reduced because of the higher computational efficiency of CC and FMM than that of direct summation .

    由于循环卷积和FMM的计算效率明显高于直接求和,故整个算法的计算时间明显减少。

  16. IPO + FMM method can rapidly solve the scattering of three-dimensional cavity . In the conventional Fast Multipole Method ( FMM ), k ?

    迭代物理光学法结合快速多极子(IPO+FMM)方法,可以快速计算电大腔体的电磁散射特性。

  17. According to the properties of the cardiac MRI images , the shape constraint energy field around the average shape is created by Fast Marching Method ( FMM ) .

    使用快速推进算法,在平均形状周围生成了形状约束能量场;

  18. The stability problems of FMM II model of 2-D systems are investigated by using LMI , and some new criteria for asymptotical stability of the systems are given .

    以线性矩阵不等式作为工具,研究了2-DFMMⅡ模型的稳定性问题,以线性矩阵不等式的形式提出了该类系统渐近稳定的新判据。

  19. The quinoline moiety coordinated with Al3 + in the FMM to give a bright blue-green fluorescence .

    FMM中喹啉基团与Al3+配位给出了明亮的蓝绿色荧光。

  20. Automatic word segmentation is realized by applying the method of combination of the forward maximum matching method ( FMM ) and backward maximum matching method ( BMM ) .

    采用正向最大匹配法(FMM)和逆向最大匹配法(BMM)相结合的分词方法实现自动分词工作。

  21. The fast multipole method ( FMM ) and the multilevel fast multipole algorithm ( MLFMA ) are new efficient methods for analysis problems of electrically large objects .

    快速多极子方法(FMM)和多层快速多极算法(MLFMA)是研究电大尺寸目标问题的新型的快速高效数值算法。

  22. Electric field in bounded-wave simulator excited by different rising time EMP is calculated using the method of moment ( MoM ) and fast multipole method ( FMM ) .

    采用矩量法(MoM)结合快速多极子(FMM)方法,对模拟器在传输不同上升沿电磁脉冲信号时内部的电场波形分别进行了计算。

  23. A hybrid surface-volume integral equation is developed and solved by using CGM and field iteration method , then FMM is employed to accelerate the process of field iteration .

    建立金属-介质体的混合积分方程,用共轭梯度法和场量叠代的方法计算散射场,在叠代过程中用快速多极子方法,大大降低计算时间和减小内存要求。

  24. The forward-backward methodology is combined with the fast multipole method ( FMM ) and the iterative physical optics ( IPO ) to improve convergence and computational efficiency .

    详细推导了快速多极子方法结合迭代物理光学法和阻抗边界条件的混合计算公式。

  25. OAS in the training text is found by the combination of FMM and BMM segmentation method . After feature tagging they are used to train the maximum entropy model .

    通过正向最大匹配(FMM)和逆向最大匹配(BMM)相结合的分词方法,发现训练文本中的交集型歧义字段并进行标注,用于最大熵模型的训练。

  26. When using FMM in MOM , we also have optimized the calculation and storage of the matrix , by doing this , the analyses efficiency of electrically large complex cavities improved a lot .

    在MOM中应用了FMM快速技术,并结合计算过程中矩阵的优化计算和存储,在保证精度的条件下使计算效率得到显著提高。

  27. The IPO method is applied to solve scattering of three-dimensional cavity . In the iterative process of IPO , the fast multipole method ( FMM ) is employed to accelerate computation .

    利用迭代物理光学法(IPO)计算一般电大尺寸腔体的电磁散射特性,在迭代过程中用快速多极子方法(FMM)加速计算。

  28. When three dimensional vector scattering is analyzed by integral equation and the moment method ( MM ) or the fast multipole method ( FMM ), the singular integrand will he done .

    在用积分方程和矩量法(MM)或快速多极子法(FMM)分析三维矢量散射时,都要对有奇异性的被积函数进行积分。

  29. A fast algorithm & fast multipole method and conjugate gradient method ( FMM CG ) is developed to analyze electromagnetic scattering by electrically large three dimensional multi conducting bodies in this paper .

    用快速多极子算法(FMM)和共轭梯度法(CG)求解三维电大尺寸复杂群目标的电磁散射特性。

  30. Finally , the comparative analysis is made on the defects and merits of all the methods , while the pmblems fmm the studies and application of the technologies are pointed out as well .

    最后对各方法优劣势进行了比较分析,并指出原位净化技术在研究与应用上存在的问题。