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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
matpower3.0.0
- 内点法是一种优化算法，速度快算法简单。对解决潮流计算有很大帮助-Interior point method is an optimization algorithm, fast algorithm is simple. Of great help to solve the power flow calculation
matlab-neidian-optimal
- 用内点法实现电力系统潮流的优化问题上，代码完整，已经通过测试-Interior point method for power system optimization
Reactive-Power-Optimization
- 内点法进行电力系统无功优化，不是用工具箱编的，毕业论文，非常详细-Interior Point Method for Power System Reactive Power Optimization
jiaozhiliu
- 半定规划内点法数据整理交直流系统统一无功优化算法，系数矩阵的确定。-Interior point method for semidefinite programming data collation AC and DC systems unified reactive power optimization algorithm to determine the coefficient matrix.
ipopf-MATLAB
- 此代码是《现代电力系统分析》王锡凡版的潮流优化计算的相关内容内点法的实现。-This code is the realization of analysis version of Wang sifan flow optimization related content calculation of interior point method for modern power system.
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
myneidianfa
- 用于电力系统的最优潮流，使用内点法解决无功最优化问题(Use of interior point method to solve optimal reactive power optimization problem for power system optimal power flow)
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