迭代公式的英文

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英文翻译
造句

iterative formula
recurrence formula

迭代 iteration
公式 formula; expression
叠代公式 iterative formula
迭代 [数学] [自动化] iteration◇迭代操作 iterative operation; 迭代插值法 [数学] iterated-interpolation method; 迭代程序设计 iterative programming; 迭代除法 [自动化] iterative division; 迭代法 [数学] (逐次逼近法) iterative [iteration] method; 迭代反复 iterative repetition; 迭代公式 iterative formula; 迭代过程 iteration [iterative] process; 迭代积分 (累次积分) iterated integral; 迭代计算 [数学] iterative computation; 迭代计算法 [数学] iterative computing method; 迭代加法 [数学] iterative addition; 迭代渐近法 [数学] iterative method; 迭代解 [数学] iterative solution; 迭代控制算法 iterative control algorithm; 迭代例行程序 [自动化] iterative routine; 迭代题 iterative problem; 迭代循环 [数学] iterative loop; 迭代因子 iteration [repetition] factor; 迭代语句 iterative statement; 迭代阵列 [自动化] iterative array; 迭代指令 iterative instruction
公式 formula; expression 代数公式 an algebraic formula; 硬套公式 apply formula mechanically; 公式语言 formula language; 公式主义 formularism
百代公司 britain's emi group plc
科代公司 coder
替代公理 axiom schema of replacement
现代公爵号 hyundai duke
反迭代, 逆迭代 inverse iteration
广播时代公司 air time inc
美国万代公司 bandai america
情报时代公司 information age co
中孤时代公司 china xinshidai co
班迭代 banteay dek
迭代步 iteration step
迭代的 iterative
迭代点 iteration point
迭代法 alternate method; alternate motion; escalator method; interative method; interrupt procedure; iteration scheme; iterationsverfahren iterative method; iteration method; iterative procedure; iterative transformation method; iteraton method; method of iteration; methodofiteration; process of iteration; repetition process; repetitive process
迭代号 iteration number
迭代解 iteration solution; iterative solution
迭代码 iterated code
迭代器 input iterator; multiiterator
迭代题 iterative problem
迭代体 cycle body; iteration body

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例句与用法

Several variations of newton iteration method
迭代公式的几个改进
In addition , the paper makes a research into fft in asynchronous sampling from the angle of iteration , and obtains a iterative formula
此外，本文从迭代收敛的角度研究了非同步取样时的fft ，得出了一个迭代公式。
However , recurrent kaufman formula used to compute call blocking probabilities ( cbps ) of virtual paths in “ step algorithm ” is time - consuming
然而,步进式算法中用来计算虚路径上的呼叫损失率的kaufman迭代公式非常的耗时。
We have deduced the iterative formula by the theory of the dynamic system , proved that the quadratic convergence holds under the weak conditions , and done the numerical experiments
利用动力系统理论推导出该方法的迭代公式，证明其在某些弱条件下至少是二阶收敛的，最后给出了数值结果。
Using field transformation ideas and split - field method to solve the difficulty of setting periodic boundary condition when excitation is abnormally incident , and founding time domain function for analysis of fss
采用场变换思想和场分裂方法，建立相应的时域迭代公式，解决了平面波斜入射情况下周期边界条件设置中的困难。
And lager step size could be used in the integral process . based on the gear method and the differential - algebraic equation simultaneous solution method , the newton iteration formula is derived in this thesis
本文根据电力系统全过程动态仿真软件的基本积分方法( gear法)和微分一代数方程联立求解法，构造了gear法联立求解微分方程组和代数方程组的牛顿迭代公式。
And four constitutive models are established , which are hyperbolic model , half - logarithm model , exponential model and poisson model . combined with the analysis of the change of effective stress , the iteration formulations of settlement calculation are provided
同时建立了双曲线模型、半对数模型、指数模型及泊松曲线模型四种本构模型，并结合有效应力过程分析给出了实用的沉降过程线的反演迭代公式。
In chapter 5 , the algorithm theory of the mrtd method is discussed , and the deduce of mrtd is consummated and the frame of mrtd is constructed . and this chapter deduces the detailed formula using battle - lemarie wavelets and harr wavelets , respectively
接着第五章讨论了mrtd的理论原理，补充和完善了mrtd的推导，构建了mrtd的基本框架，并分别以battle - lemarie小波和harr小波为例推导了详尽的迭代公式。
During re - estimating the e - hmm parameters , every training sample is represented by one e - hmm , the model parameters for every sample are obtained firstly , then the different model parameters were synthesized to one model through weighted method , and the weights are adaptively calculated in the training stage
重估模型参数时，首先计算每幅脸像相对应的模型参数，然后进行加权合并，权值由迭代公式求得，训练结束后用一个合成的模型来表示一个对象。
The discretization process is deduced in detail , and the final iteration formula is given . in the discretization equations , higher order upwind differencing scheme is introduced into the calculation of the convection flux , whereas as for diffusion term , a central differencing scheme is taken into account
文中就具体离散过程进行了推导，给出了最终的迭代公式，其中，对微分方程的离散采用显式格式、对流项采用高阶迎风差分格式、扩散项应用中心差分格式。