资源列表
Density_Estimation
- 分别采用GMM和KDE对Iris数据集进行密度建模，并进行对比。通过EM算法来确定GMM参数，通过交叉验证来确定K值-GMM and KDE respectively Iris data set of density modeling, and compared. GMM by EM algorithm to determine the parameters of K determined by the value of cross-validation
lab3
- 编写用复化梯形积分公式和复化simpson积分公式的通用程序-Prepared using the complex formula and complex integration of trapezoidal integration formula of the general program simpson
wolfe
- 求解无约束优化问题 wolfe线性搜索代码-Wolfe line search for unconstrained optimization
simpleCUFFT
- 基于CUDA的正反FFT实现 需要NVIDIA显卡支持-Based on the positive and negative CUDA FFT implementation needs NVIDIA graphics support
Bessel-function
- 贝塞尔函数与汉克尔函数的Matlab实现-Bessel function and Hankel function of the Matlab implementation
duncan-3
- 利用ABAQUS中的用户材料子程序UMAT开发的三维邓肯-张模型，应力积分算法采用的是带误差控制的改进Euler积分算法。-Using ABAQUS user material subroutine UMAT in the development of three-dimensional Duncan- the stress integration algorithm is used to improve error control with Euler integration algorith
T2D
- 采用simple算法计算二维温度场，benchmark-Simple algorithm using two-dimensional temperature field, benchmark
socp_beamforming
- 基于二阶锥约束的方向不变恒定束宽波束形成-Based on the direction of the same second-order cone constraint constant beamwidth beamforming
-Common-non-binding
- 最优化常用无约束方法，内有最速下降法，newton法，共轭梯度法，坐标轮换发等程序，程序均用C语言编写！-The most common unconstrained optimization methods, steepest descent method within, newton method, conjugate gradient method, coordinate rotation of hair and other procedures, procedures are writte
plate_vibrate_process
- 本程序主要根据有限元法编写，可以求解薄板的振动和静力分析问题-This procedure mainly based on the preparation of the finite element method can solve the plate vibration and static analysis of the problem
p1
- 8节点等参单元fortran,有些同学需要的-8-node isoparametric element fortran
hurst_exponent
- 使用经典R/S方法计算赫斯特指数，以衡量数据的分型特性-using R/S method to caculate the Hurst exponent