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MATLAB
- 一、 牛顿－拉夫逊法概要 首先对一般的牛顿－拉夫逊法作一简单说明。已知一个变量X的函数 （4－6） 解此方程式时，由适当的近似值X（0）出发，根据 （4－7） 反复进行计算，当X（n）满足适当的收敛判定条件时就是（4－6）式的根。这样的方法就是所谓的牛顿－拉夫逊法。 式（4－7）就是取第n次近似解X（n）在曲线 上的点 处的切线与X轴的交点作下一次X（n+1）值的方法。参考图4－2（a）。在这一方法中为了能收敛于真解，初值X（0）的选取及函数f（X）必须满足适当的条件，如
neidianfa-MATLAB
- 内点法matlab程序，其中包含对经济性要求条件-Interior point method matlab program, which contains the conditions of the economic requirements
Hybrid-strategy-
- 基于遗传算法和内点法的无功优化混合策略-Hybrid strategy based on genetic algorithm optimization and interior point method reactive
ScalingP
- 详细介绍基于信赖域的内点法的外文文献，里面包含了内殿反射牛顿法等经典的求解最优化的几种内点法-Details on foreign literature trust region interior point method, which includes the classic sanctuary reflective Newton method for solving the optimization of several interior point method
An-Interior-Point-Method-Based-on-Continuous-Anal
- An Interior Point Method Based on Continuous Analogy Method for Optimal Power Flow of Large Scale AC/DC Systems
132-Study-of-optimal-total-cost-of-active-power-i
- In this work we present the ED (economic dispatch) problem in mixed AC-DC (alternative currant- direct current) systems based on the calculation of PF (power flow) and its equivalent losses matrix. The procedure starts by the calculation of the PF fo
OPFmain
- 内点法求解最优潮流，其中OPFmain为主程序，Input30为调用的节点数据。(Interior point method for solving the optimal flow, in which the OPFmain based program, Input30 for the call node data.)
multi-objective power flow optimization
- 构建了含VSC-HVDC的交直流系统多目标最优潮流模型；针对此模型连续变量和离散变量共存的特点，提出了内点法和NSGA2算法相结合的交替求解算法，可获得多个Pareto最优解，并具有较高的计算效率(Considering the coexistence of continuous and discrete variables in this model,an alternative solution method based on the interior point method and NS