迭代循环的英文

• iteration loop
• iterative loop

• "迭代"英文翻译    iteration
• "循环"英文翻译    circulate; circle; round; re ...
• "迭代循环组" 英文翻译 :    iterative do-group
• "朝代循环" 英文翻译 :    dynastic cycles
• "现代循环钓船" 英文翻译 :    modern round hauler
• "循环迭代法" 英文翻译 :    cyclic iterative method
• "非循环迭代法" 英文翻译 :    noncyclic iterative method
• "迭代" 英文翻译 :    [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
• "迭代变量没有在循环里使用" 英文翻译 :    iteration variable is not used in loobody
• "反迭代, 逆迭代" 英文翻译 :    inverse iteration
• "班迭代" 英文翻译 :    banteay dek
• "迭代步" 英文翻译 :    iteration step
• "迭代的" 英文翻译 :    iterative
• "迭代点" 英文翻译 :    iteration point
• "迭代法" 英文翻译 :    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" 英文翻译 :    iteration number
• "迭代解" 英文翻译 :    iteration solution; iterative solution
• "迭代码" 英文翻译 :    iterated code
• "迭代器" 英文翻译 :    input iterator; multiiterator
• "迭代题" 英文翻译 :    iterative problem
• "迭代体" 英文翻译 :    cycle body; iteration body
• "反迭代" 英文翻译 :    inverse iteration
• "副迭代" 英文翻译 :    secondary iteration
• "块迭代" 英文翻译 :    block iteration
• "幂迭代" 英文翻译 :    power iteration

• Listing 6 shows an example of such an approach , which nests the try - catch block inside the iteration loop
  ）清单6显示了这种方式的一个示例，它在迭代循环内部嵌套了try - catch块：
• By successful solution of non - linear magnetic fields and revision of the program , we can reach following conclusions : in the computation of nonlinear magnetic fields , if iteration method is used , under - relaxation is necessary when amending the permeability distribution in soft magnetic materials ; and when < wp = 5 > calculating the equivalent current density in permanent magnets , under - relaxation is not a necessity ; when searching for permeability values by interpolation method on the demagnetization curve of soft magnetic materials , if a fixed saturation point is set , around this point an abrupt change of permeability values will be obtained ; this sudden change may cause a little problem in the smoothness of magnetic field distribution ; because the magnetic circuits of microwave tubes are too complicated , in the author ' s view , to describe the working state of a magnet system , the working points of magnets can not do it properly but average energy production of magnets will serve ; as to indicate the quality of a magnet system design for microwave tubes , the efficiency of magnetic energy utilization will be a very good criterion
  由此得出结论，在非线性磁场计算中：采用迭代法的情况下，在各迭代循环之间进行磁导率修正时，一个欠松弛迭代过程是必需的；对永磁体中的等效电流修正时可以不作欠松弛迭代；在纯铁的磁化曲线上指定某一个固定的磁感应强度为磁饱和值，会使得插值求出的磁导率在该磁饱和值附近有一突变,这一突变对计算结果中磁场分布变化的光滑性稍有影响。在微波管磁系统设计中，由于微波管磁路比较复杂，作者认为磁体的工作点并不能很好地反映磁体的工作状态，而采用平均磁能积为衡量磁体工作状态的标准更加符合微波管磁系统的实际情况；要表示磁系统设计好坏的程度，则用磁能利用的效率为标准更好。
• Utilizeing the iterative approach to improve the density of anchor nodes gradually , and taking advantage of the concept of dv routing , a novel distributed , hop - by - hop , simple positioning algorithm , referred to as hop - euclidean , is presented and simulated . the results show that it has the good positioning accuracy and coverage 4
  3 、以euclidean算法为基础,融入距离矢量路由和迭代循环的思想,设计出一种新的定位算法,称为hop - euclidean ,对其核心思想和算法进行讨论,并进行仿真验证。
• When used in multidisciplinary environment , csso has several advantages over standard optimization method : reduction of the information transfer ; elimination of large iteration loop ; allowance of the use of corresponding subspace optimizers in different disciplinary analysis ; a parallel optimization architecture which is readily operable on a suite of heterogeneous equipments ; more natural fit to the current organization structure found in most institutes of aerospace and aeronautic design ; participation of the disciplinary experts to best deal with specific disciplinary models
  当应用于多学科设计环境时，并行子空间优化方法相对传统优化方法有几大优点：减少了学科间信息传递的数量；免去了大的迭代循环；允许在不同学科分析模块中应用不同子空间优化器；可以在不同设备上并行运行；结构框架适用于传统学科组织形式；允许各学科专家最大限度地参与学科分析和设计。

• 迭代循环的日语：イテラチブループ