▍1. Matlab_Fluent-cosimulink
介绍了matlab和fluent联合仿真的方法,利用S函数和UDF进行通讯。(Co-simulation matlab and fluent communication, using S functions and UDF.)
介绍了matlab和fluent联合仿真的方法,利用S函数和UDF进行通讯。(Co-simulation matlab and fluent communication, using S functions and UDF.)
svd分解,使用qr方法,编译即可运行,需要文件输入(SVD QR method,the program can run successfully, you need a file for input)
一个短时傅里叶变换的C语言实现,对3万个数据进行加窗、FFT处理(A short time Fourier transform of C language, for 30,000 data windowing, FFT processing)
奇异值快速分解程序,相比其他奇异值分解程序,速度快,解的精度高。(Fast singular value decomposition process, compared to other singular value decomposition process, fast, high precision solution.)
读取csv文件的数据,按要求拉算出平均数(Read csv file data, calculate the average number required to pull)
说明: abaqus周期性边界条件代码,可以参考学习(ABAQUS periodic boundary condition code can refer to learning)
RD成像算法,快速傅里叶变换函数,适合学习(RD imaging algorithm, fast Fourier transform function, suitable for learning)
程序是采用SA方式求解MDVRP问题,先对MDVRP问题进行分组,将其转化成SDVRP问题,然后采用SA算法进行计算。(this program is used to solve MDVRP problem by SA.)
不可压缩后稳态径向滑动轴承润滑计算方法,等刚度,不考虑负压(Incompressible steady-state radial sliding bearing lubrication calculation method on the stiffness, do not consider the negative pressure)
预处理CG算法,在进行共轭梯度法之前先对系数矩阵进行预处理,再进行迭代(pretreatment congruent gradient)
实对称矩阵特征值与特征向量的雅克比法,ap为是对称矩阵,vp返回特征向量(Real Symmetric Matrix Eigenvalues and Eigenvectors of the Jacobian method, ap is a symmetric matrix, vp return eigenvector)
雅可比迭代(过关法)计算实对称矩阵的特征值和特征向量(Jacobi iteration (immigration law) the calculation of Real Symmetric Matrix Eigenvalues and eigenvectors)
包含了悉尼科技大学徐亦达老师的课程课件,有贝叶斯理论、EM算法、卡尔曼滤波、HMM、粒子滤波、概率论相关知识等(The file includes knowledge about EM, HMM, particle filter, kalman filter and so on.)
说明: 包含了悉尼科技大学徐亦达老师的课程课件,有贝叶斯理论、EM算法、卡尔曼滤波、HMM、粒子滤波、概率论相关知识等(The file includes knowledge about EM, HMM, particle filter, kalman filter and so on.)
说明: 实现了平方根容积卡尔曼滤波,十分好用,效果很好(This codes ultilize the srckf to filter something)
应用遗传算法做电网规划,把遗传算法应用于输电网络规划,提出了基于遗传算 法的输电网络规划模型,以新建线路的投资费用和系统年运 行费用之和最小为目标函数,建立了输电网络规划的数学模型。该模型还考虑了“N-1”事故检验,使得规划方案更加合理。以Garver-6节点系统为例进行优化规划(The application of genetic algorithms to do network planning)
利用支路追加法求阻抗矩阵,解:输入数据如下: 请输入节点数:n=a 请输入支路数:nl=b 请输入由支路参数形成的矩阵: B=[i j z bc t it ......]其中ij为支路端点,z为支路阻抗,bc为对地电容,t为变压器变比,it表示i端点是否与变压器直接相连。 (Seek additional method using branch impedance matrix)