搜索资源列表
LSQR22
- 该程序可以方便的解决地球物理反演问题,对于求解线性稀疏方程组快速高效-this programme is used to solve inversion in geophysics area
SVD
- fortran的SVD程序,可以用于学习地球物理反演的基本概念,以及进一步优化!-fortran the SVD procedure can be used to learn the basic concepts of geophysical inversion, and further optimization!
Gravityone-dimensionalmodelingandleast-squareinver
- 重力的一维正演和最小二乘反演,测量与围岩有密度差异的地质体在其周围引起的重力异常﹐以确定这些地质体存在的空间位置﹑大小和形状﹐从而对工作地区的地质构造和矿产分布情况作出判断的一种地球物理勘探方法。 -One-dimensional forward modeling of gravity and least-squares inversion, measurement and differences in rock has density in its surrounding geologic
lsqr-matlab
- matlab实现lsqr算法的源码,有强烈的参考价值,可用于地球物理反演。-matlab realize lsqr algorithm source code, there is a strong reference value, can be used for geophysical inversion.
SVDCMP
- 地物反演,在进行地球物理反演时很重要,这是尝试其中的一种反演迭代的方法-the method of inversion
Get_Dforward
- 地球物理反演迭代的方法。针对地球物理的学生有这些小程序可以方便学习-Geophysical inversion iteration. Students for geophysical these small programs can facilitate learning
generation
- 遗传算法反演子程序,可用于地球物理非线性反演-The genetic algorithm inversion subroutine, can be used for nonlinear geophysical inversion
SIRT
- 通过SIRT算法求解线性方程组向量,可用于地球物理反演(Solving vector of linear equations by sirt algorithm)
