资源列表
Newon-xianxing
- 自编的线性牛顿算法，经IEEE14、30、39节点系统验证，是正确的-Linear Newton algorithm includes the IEEE14 node system verification, 30, 39, is correct
NEWon-feixianxing
- 自编的非线性牛顿算法，经IEEE14、30、39节点系统验证，是正确的-Nonlinear Newton algorithm includes the IEEE14 node system verification, 30, 39, is correct
AISDecode
- AIS解码例程和文档，包括经纬度，基站信息解码，校验判断，例程里主要解析了1，2，3，4，5，18，19，24号协议，另外的可以自行添加，dll采用vc6编写，有个调用的例子采用delphi7编写-AIS decoding routines and documentation, including latitude and longitude, the base station information decoding, parity judgment, the routine in the m
InsertDimension
- 风电混沌序列嵌入维数的计算，经证实简单有效-Wind power chaotic sequence embedding dimension calculation, proved to be simple and effective
TimeDelay
- 风电混沌序列时间延迟的计算，经证实简单有效-Wind the calculation of time delay chaotic sequence, proved to be simple and effective
LargestLyapunov_Rosenstein3
- 风电混沌序列小数据量法的最大李雅普诺夫指数计算，经证实简单有效-Wind power chaotic sequence small data quantity calculation method of the maximum lyapunov index, proved to be simple and effective
N-R-method-of-power-flow-calculation
- MATLAB编写利用牛拉迭代法求解简单电力系统潮流。程序可以分别运用真实值和标幺值计算，可以区分有无变压器计算。程序开始时需要输入节点数量、互联节点之间线路的阻抗等初始化参数，运行可得潮流结果，详见程序内注释。-Written in MATLAB to solve simple oxen pulling power flow using an iterative method. The program can use the true value, respectively, and the p
P-Q-method-of-power-flow-calculation
- MATLAB编写利用P-Q分解法的潮流计算程序，程序中利用基于稀疏技术的因子表法进行迭代求解，以降低存储量，提高运算速度。本程序只适用于简单系统，如IEEE5节点系统。对于复杂系统，由于PV节点电压越限等问题尚未考虑，得到的潮流结果可能有误！-MATLAB flow calculation program written using PQ decomposition method, program utilization based on sparse iterative solver tech
power-flow-based-on-BB-plan
- C语言编写P-Q分解法潮流计算程序，基于BB方案，且该程序采用基于稀疏技术的因子表法进行迭代求解，以降低存储量，提高运算速度。附有IEEE5,14,30,39,118节点系统数据及潮流结果，已验证程序的可行性。-C language PQ decomposition method flow calculation procedures, based on BB plan and carry out the program uses an iterative solution technique
liman
- 一维 问题，即激波管问题，是一个典型的一维可压缩无黏气体动力学问题，并有 解析解。对它采用二阶精度 两步差分格式进行数值求解。-One-dimensional problem, namely shock tube problem is a typical one-dimensional compressible inviscid gas dynamics problems, and analytical solutions. It uses a two-step difference schem
1d_NS
- 一维可压缩黏性流动是气体动力学中最经典的黏性流动问题，对它采用迎风型 差分算法进行数值求解。-One-dimensional viscous compressible gas flow dynamics in the most classical viscous flow problems, it uses upwind difference method for numerical solving.
Lax-Webdroff2D
- 斜激波在平面刚壁上反射问题是具有解析解的二维可压缩无黏流动问题。对它采用具有二阶精度 两步差分格式进行数值求解-Oblique shock reflection problem in the plane wall is just a two-dimensional analytical solution of compressible inviscid flow problems. It has a second order accuracy using a two-step numerical