1.
Analysis of networks faults based on iterative optimization algorithm in neighborhood
基于邻域迭代最优化算法的网络故障分析
2.
Design and Analysis on Iterative Optimization Clustering Algorithm Based on Neighbourhood
基于邻域的迭代最优化聚类算法的设计与分析
3.
Double Iterative Algorithm of Optimal Control for Unknown Systems Based on Wavelet Neural Networks;
基于WNN的未知系统最优控制双迭代算法
4.
An Approximate Optimal Iterative Learning Control Algorithm of Nonlinear Discrete-time System;
离散非线性最优迭代学习控制近似算法
5.
Iterative Optimization Clustering Algorithm Based on Manifold Distance
一种基于流形距离的迭代优化聚类算法
6.
A Multi-Operator Based Iterated Local Search Algorithm for the Capacitated Vehicle Routing Problem
基于多邻域的车辆路径优化迭代局部搜索算法
7.
Optimization Iteration Method for Hoisting System of Steel Structures
钢结构吊装体系平衡状态确定的优化迭代算法
8.
Iterative Restoration Algorithm Based on Expectation Maximization(EM)for Hyperspectral Image
基于期望值最大化的高光谱图像迭代复原算法
9.
The Optimal Accelerated Overrelaxation Method for Rank Deficient Linear Systems;
亏秩线性方程组的最优AOR迭代法
10.
New algorithm for mining maximum frequent itemsets based on datasets iteration
挖掘最大频繁项集的事务集迭代算法
11.
The Intelligent Iterated Local Search Methods for the Basic Vehicle Routing Problem;
基于迭代局域搜索的智能优化算法求解车辆调度问题研究
12.
Application of Signal Distributed Phase Time Based onComputer Iteration in Urban Traffic Management;
计算机迭代法信号配时优化在城市交通管理中的应用
13.
Application of Iterative Parallel Dynamic Programming Algorithm in Cost Optimizing Control of Cast Steel Melting Process
迭代并行动态规划算法在铸钢熔炼成本优化控制方面的应用
14.
Three-sample-and-two-time Iteration Algorithm Optimality of Rotation Vector in Coning Motion
锥运动环境下旋转矢量的三子样二次迭代优化算法
15.
An iterative algorithm for multi-user optimal precoding based on SLNR
一种基于信漏噪比的多用户优化预编码迭代算法
16.
A NOVEL ADAPTIVE SEQUENTIAL NICHE TECHNIQUE FOR PARTICLE SWARM OPTIMIZATION ALGORITHM BASED ON RECURSIVE MIDDLING FUNCTION
基于中值迭代函数的自适应序列生境粒子群优化算法
17.
It is shown fro m the theory study and the computational practice that the firing table may be c alculated effectively with this method, which will afford the initial iterative value for the real-time optimization.
理论证明和计算实践证实由这种算法能有效地计算为实时优化提供初始迭代值的射表。
18.
In the process of this algorithm, curriculum time allotment is firstly packet optimized, and then the arrangement process is completed by superposition and matching matrices.
该算法首先对课时段进行分组优化，然后引入矩阵的迭加匹配运算，最终实现自动排课。