▍1. oofem-2.0.tar
最新版的oofem 可以自己加入一些材料模型 版本更新速度也算快(latest version of oofem )
最新版的oofem 可以自己加入一些材料模型 版本更新速度也算快(latest version of oofem )
高斯回归建立代理模型行协方差函数的选着的变成(gpml-matlab-v3.1-2010-09-27)
经典R-K法,通过它可以计算一些简单的常微分方程的数值解(Classical RK method, which can be calculated by simple numerical solution of ordinary differential equations)
完成了复数矩阵的计算,采用了并行算法原理,较快速的处理了稀疏矩阵方程结构。(Completed a complex matrix computation, parallel algorithm principle, more rapid processing of the sparse matrix equation structure.)
根据试试数据 对变压器技术参数进行校核 利用的是最小二乘曲线拟合的方法(According to the data to try check technical parameters of the transformer is the least squares curve fitting using the method)
基于vc++6.0的佳点集遗传算法的编程,里面的各项参数均可由使用者自我调整!(Vc++6.0 based on the good point set genetic algorithm programming, which the parameters can be adjusted by the users themselves!)
基于现代时间序列分析方法的多传感器观测融合Kalman滤波器与Wiener滤波器.NH格式论文。(time seq analysis with kalman and winner filter.)
1) 应用C语言编写程序,计算弹道,并绘制结果曲线。 给出系统脱靶量统计结果(用蒙特卡洛法)。 (torpedo)
根据物理学的毕奥-萨法尔定理,计算环形线圈周围电磁场的强度。。(According to physics, Biot- Safar theorem, calculate the intensity of electromagnetic field around the circular coil. .)
本程序包括:DFT(离散傅里叶变换),FFT(快速傅里叶变换),IFFT(快速傅里叶逆变换),conv(卷积:圆周卷积、线性卷积),主要应用于信号处理,既可以对实序列做上述操作,也可以对复序列。(This process includes: DFT (Discrete Fourier Transform), FFT (fast Fourier transform), IFFT (inverse fast Fourier transform), conv (convolution: circular convolution, linear convolution), mainly used signal processing, either on the actual sequence to do the operation, can also be complex sequence.)
交错网格声波方程交错网格有限差分地震波场计算波场正演模拟。 (The CalCulation of the SeismiC Wave一 fieldwith Staggered-grid Finite difference Sheme )
线性方程组的计算,采用的是高斯消元法来实现的。只有主要的算法代码,没有写主函数(Calculation of linear equations using the Gauss elimination method to achieve. Only the main algorithm code, did not write the main function)
FFT/IFFT 变换程序----------------(FFT/IFFT transformation process----------------)
说明: 四级四阶龙格库塔格式,求解微分方程的好算法。(Four fourth-order Runge-Kutta format, a good algorithm for solving differential equations.)
四阶龙格库塔法解一阶二元微分方程 应用于数值计算(Fourth-order Runge-Kutta method for solving a class of binary differential equations for numerical calculation)
实现多项式相乘求模运算,并且模多项式是可以改变的,方便,简单(To achieve polynomial multiplication modulo operation, and polynomial model can be changed, convenient and simple)
合工大大二计算方法实验的源代码,里面有实验指导书.有牛顿下山,迭代啊什么的(Sophomore calculation experiment source code, which has experimental guide books)