▍1. quadrotorsimplesuper
一个自己弄的四旋翼的非线性动力学模型的m文件(nonliner model for quadrotor)
一个自己弄的四旋翼的非线性动力学模型的m文件(nonliner model for quadrotor)
单纯形法找初始可行解,上课留的作业,希望对别人有点用吧(Simplex method to find an initial feasible solution , hope it is useful for others.)
对轨道不平顺采用耿贝尔分布进行拟合优度检验(On track irregularity using Gumbel distribution goodness of fit test)
啁啾脉冲放大中的多通放大进行数值计算,并计算其横截面光强分布。可以用于进一步计算和确定系统参数(Chirped pulse amplification of multiple amplification through numerical calculation, and calculates the cross-sectional intensity distribution. And can be used in further calculations to determine the system parameters. Ti:saphirre amplification.multipass)
植被指数计算程序,共计算了31个植被指数(Vegetation index calculation program, a total of 31 vegetation index calculations)
自己编写的一个正弦函数频谱的估计,利用FFT函数实现,有详细注释,方便理解,附带仿真图一张(A sine function spectrum estimate their preparation, the use of FFT function implementation, detailed notes, easy to understand, with a simulation map)
插值与拟合,牛顿插值法,直接利用拉格朗日插值多项式的病态性(Interpolation and fitting, Newton interpolation method, the direct use of Lagrange Interpolation polynomial morbid)
数值分析中解线性方程组,最常用的四种迭代方法:雅克比、高斯赛德尔、SOR、共轭梯度,以及他们的比较(numerical analysis : jacobi S-G、SOR、cong)
利用有限元法计算悬臂梁的实例,包含详细说明,适合用于课程设计。(Using the finite element method to calculate the cantilever instance, contains a detailed description, suitable for curriculum design.)
非负矩阵分解在矩阵计算中具有重要意义,这是NMF非负矩阵分解实验室完整代码。(non-negtive resolution)
计算层合板各层主应力,主应变,及层合板失效强度和极限强度(The layers of laminated plate are calculated principal stress, principal strain, and the failure strength and ultimate strength of laminated plates)
扩展有限元软件包,用于模拟连续介质裂纹的萌生与扩展(XFEM simulation code written in MATlab)
协同克里格matlab实现,包括普通克里格,变差函数和交叉变差函数的实现,三维图显示机及其协同区域化( Cokriging matlab realize, including the realization of ordinary kriging, and cross variogram variogram, three-dimensional diagram shows the machine and its Coregionalization)
这是地球物理学中声波波动方程正演程序,非常有用(this is a program about finite difference)
悬臂梁 固体力学 有限元 端部作用力下梁的变形问题(Solid mechanics finite element cantilever force under the ends of the beam deformation)
随机微分方程求解的一个很好的参考资料,算是比较基础的,深入浅出(Stochastic differential equations of a good reference, as a relatively basic, easy to understand)