资源列表
qpsk
- 正交相位调制QPSK的数字调制于解调的matlab实现-Digital quadrature phase modulation QPSK modulation in demodulation matlab realization
approximate-entropy-matlab-program
- 通过近似熵函数 提取数据特征并画出曲线,可以直接运行-By approximate entropy feature extraction data and draw the curve, you can directly run
FemTriangle
- 2维三角网格刨分,进行有限元计算的前处理工具,可以根据不同的边界及区域产生自适应大小的网格。-Two-dimensional plane triangulation points, pre-processing tools FEM can produce adaptive mesh size depending on the boundary and region.
facility-location-problem
- 解决闭环供应链环境下基于拉格朗日松弛算法的逆向物流设施选址问题-Closed-loop supply chain environment to solve problems based on Lagrangian relaxation algorithm siting of reverse logistics facilities
SPECFEM2D-5.2.2.tar
- SPECFEM2D,模拟二维各向异性粘弹性介质的地震波传播。-SPECFEM2D simulates seismic wave propagation in two-dimensional anisotropic viscoelastic or coupled viscoelastic-acoustic media.
BEM-for-parallel-processing
- 可以并行计算的边界元程序源代码,弹性力学范畴 - some BEM codes
ConstrainedOptimizationProblem
- 约束优化问题: minRosen(Rosen梯度法求解约束多维函数的极值)(算法还有bug) minPF(外点罚函数法解线性等式约束) minGeneralPF(外点罚函数法解一般等式约束) minNF(内点罚函数法) minMixFun(混合罚函数法) minJSMixFun(混合罚函数加速法) minFactor(乘子法) minconPS(坐标轮换法)(算法还有bug) minconSimpSearch(复合形法)-Constrained optimiz
Mathematical-Surface-Analysis
- 数学曲面分析 Klein瓶 环形曲面 惠特尼伞形曲面 涡轮型曲面 旋转曲面-Klein bottle mathematical surface analysis Whitney umbrella ring surfaces curved surface turbine type rotary surface
Quadratic-programming-problem
- 二次规划师非线性优化中的一种特殊情形,它的目标函数是二次实函数,约束函数都是线性函数。由于二次规划比较简单,便于求解(仅次于线性规划),并且一些非线性优化问题可以转化为求解一些列的二次规划问题,因此二次规划的求解方法较早引起人们的重视,称为求解非线性优化的一个重要途径。二次规划的算法较多,本文仅介绍求解等式约束凸二尺规划的拉格朗日方法以及求解一般约束凸二次规划的有效集方法。-Quadratic nonlinear optimization planners in a special case,
LidDrivenCavity3D
- LBM 顶盖驱动方腔流 采用SBGK,可单独设置粘性,使用的是D3Q19模型。-LBM Lid-driven cavity flow using SBGK
Geometrical-Nonlinear-FEM-Solver
- Geometrical nonlinear finite element solver
Linear_equations__solution
- fortran程序编写的线性方程组求解 -包括 LU分解,高斯列主元消去法,高斯消去法,矩阵求逆,乔累斯基,追赶法-Solving linear equations group, programs written in FORTRAN including LU decomposition, Gauss main element elimination method, Gauss elimination method, the matrix inversion, Jo Laski, chase m