1) variable step size sign iteration
变步长极性迭代
1.
Based on the aim of reducing the computational complexity of cumulant estimate a newmethod of higher-order cumulant-based energy power function type variable step size sign iteration adaptive dynamic spectrum enhancement was proposed taking the advantages of the variable step size algorithm and sign algorithm.
从减小高阶累积量计算量出发,综合变步长算法和极性算法的优点,提出了基于高阶累积量的能量幂函数型变步长极性迭代自适应动态谱线增强新方法,该方法用输入信号的能量幂函数作变步长来改善跟踪性能,用非输入信号(由输入信号构成的函数)的符号或极性来减小高阶累积量的计算量。
2) iteration step size
迭代步长
1.
After studying the Multi-dimensional scaling algorithms and traditional gradient optimization methods,we determine the function relation between iteration step size and network connectivity based on numerical experiments and introduce a connectivity-based distributed weighted multi-dimensional scaling algorithm.
研究了迭代优化方法在无线传感器网络节点定位中的应用,针对多维尺度分析定位技术和传统的梯度迭代优化方法,根据数值实验确定了迭代步长和网络连通度之间的函数关系,提出了一种基于连通度的分布式多维尺度分析节点定位算法(a connectivity-based distributed weighted multidimensional scaling algorithm,简称dwMDS(C))。
3) Higher order cumulate variable step size iteration
高阶累积量变步长迭代
4) limit step length iteration method(LSLIM)
有限步长迭代法
1.
Therefore,limit step length iteration method(LSLIM),which is used in the structural reliability analysis,is adopted to perform the reliability analys.
将结构可靠度分析中的有限步长迭代法引入边坡稳定的有限元可靠分析,探讨有限步长迭代法中初始步长及步长调整系数的取值方法。
5) iterative time steps
时间迭代步长
1.
Influence of iterative time steps to the nonlinear dynamic response of single-layer lattice shell;
时间迭代步长对单层网壳非线性动力分析的影响
6) fixed iterative step length
固定迭代步长
补充资料：迭变
1.交替变化;不断演变。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条