登录
首页 » matlab » FOLDY

FOLDY

于 2016-03-21 发布 文件大小:2270KB
0 278
下载积分: 1 下载次数: 18

代码说明:

  地球物理领域地震波在随机介质中的多次散射波,采用解析解模拟。经典的Foldy 方法(Geophysics seismic waves in random media multiple scattering waves, using analytical solution. The classic Foldy method )

文件列表:

acoustic_modelling_foldy_v.4.2_cpl
..................................\codes
..................................\.....\foldy
..................................\.....\.....\acoustic_p_gfs_direct_f.m,10273,2013-03-04
..................................\.....\.....\centerfreqs.m,622,2012-05-29
..................................\.....\.....\model_gfs_p_scat_acoust.m,77906,2013-05-09
..................................\.....\.....\rickerwavl_time.m,402,2012-07-12
..................................\.....\utils
..................................\.....\.....\do_xcorr_int.m,18430,2013-03-04
..................................\.....\.....\makecircbound.m,982,2012-08-10
..................................\.....\.....\wiggles.m,6571,2012-05-29
..................................\common_public_license.txt,11593,2013-03-04
..................................\doc
..................................\...\Galetti_Halliday_Curtis_2013_Geophys.pdf,553248,2013-10-23
..................................\...\Manual.pdf,1976452,2013-07-22
..................................\examples
..................................\........\example_1__inter_receiver_T.m,18949,2013-05-09
..................................\........\example_2__inter_receiver_F.m,19859,2013-05-09
..................................\........\example_3__inter_receiver_F_array.m,17875,2013-05-09
..................................\........\example_4__inter_source_F.m,20069,2013-05-09
..................................\........\example_5__source_receiver_F.m,43104,2013-05-09
..................................\paper_plots
..................................\...........\example_inter_receiver_FD_comp.m,50011,2013-07-20
..................................\...........\example_inter_receiver_mon_dip_comp.m,32283,2013-07-20
..................................\...........\FD_data
..................................\...........\fig_2_plot.m,18228,2013-07-20
..................................\...........\fig_4_5_data
..................................\...........\............\AB_int_full_t_2sided.txt,22888,2012-09-28
..................................\...........\............\AB_int_mon_t_2sided.txt,22908,2012-09-28
..................................\...........\............\AB_true_t.txt,11482,2012-09-28
..................................\...........\............\AB_true_t_2sided.txt,22942,2012-09-28
..................................\...........\............\AB_true_t_2sided_comp.txt,22887,2012-09-28
..................................\...........\............\rcx.txt,17,2012-09-28
..................................\...........\............\scats.txt,40,2012-09-28
..................................\...........\............\srx.txt,24300,2012-09-28
..................................\...........\............\time2.txt,6623,2012-09-28
..................................\...........\fig_4_5_plot.m,8406,2013-07-20
..................................\...........\fig_6_7_8_data
..................................\...........\..............\AB_int_t_2sided.txt,91195,2012-09-28
..................................\...........\..............\AB_int_t_2sided_FD.txt,91214,2012-09-28
..................................\...........\..............\AB_true_t.txt,44728,2012-09-28
..................................\...........\..............\AB_true_t_2sided.txt,89434,2012-09-28
..................................\...........\..............\AB_true_t_2sided_comp.txt,91163,2012-09-28
..................................\...........\..............\AB_true_t_2sided_comp_FD.txt,91167,2012-09-28
..................................\...........\..............\AB_true_t_2sided_FD.txt,89808,2012-09-28
..................................\...........\..............\AB_true_t_FD.txt,44915,2012-09-28
..................................\...........\..............\rcx.txt,18,2012-09-28
..................................\...........\..............\srx.txt,12462,2012-09-28
..................................\...........\..............\time1.txt,13456,2012-09-28
..................................\...........\..............\time2.txt,28957,2012-09-28
..................................\...........\fig_6_7_8_plot.m,14712,2013-07-20
..................................\htm" target=_blank>README,3053,2013-07-20

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • zhy
    自己在simulink中仿真的一个自适应例程,大家可以参考一下(Simulink simulation in an adaptive routine, we can refer to)
    2007-07-15 08:52:30下载
    积分:1
  • dianlidianzi
    现代电力电子技术,很好的一本书,值得一看(Modern power electronics technology, a good book, worth a visit)
    2014-08-23 09:06:11下载
    积分:1
  • Matlab-using-guide
    matlab的使用教程,里面有很多基本的使用方法,对于初学者很使用(matlab using the tutorial, there are many basic use, for beginners)
    2012-08-29 10:32:01下载
    积分:1
  • mmse-svd
    信道估计中两种经典算法的对比,MMSE和SVD-MMSE,上传的为验证过的函数程序,自行补充(Channel estimation in two classic algorithms in contrast, the MMSE and SVD-the MMSE, upload function for proven program to complement their own)
    2012-03-15 11:12:47下载
    积分:1
  • Application-of-matlab
    本文试图借助其图像处理工具箱函数的支持从工程和实验角度出发, 较为直观地探讨了matlab在遥感图像融合及质童评价中的应用。 文章首先讨论了两种常见的图像融合方法, 并给出matlab平台上实现其算法的程序代码, 然后提出对融合图像进行质童评价的指标, 最后通过相关程序予以实现并得出评价结果。(This article attempts to help its image processing toolbox function and experimental support from the engineering point of view, a more intuitive matlab discussed quality of remote sensing image fusion and evaluation of children. The article first discusses two common methods of image fusion, and gives the platform to achieve its algorithm matlab program code, and then put forward to the integration of image quality evaluation index child, and finally be realized through the relevant procedures and obtained evaluation results.)
    2011-05-02 13:39:50下载
    积分:1
  • bainsu
    详细说明了有关变速不变调算法的基本原理以及在MATLAB上的实现(Detailed description of the basic principles relating to the same transfer speed algorithms and implemented on the MATLAB)
    2015-04-23 20:07:52下载
    积分:1
  • SAR算法
    主要是RD CS 算法,针对点目标的仿真结果,比较清晰(RDA CSAchengxiangsuanfa)
    2019-05-08 08:43:36下载
    积分:1
  • zuobiaojuzhen
    齐次坐标变换有很多形式,本程序证明采用不同形式时对应的转换矩阵不同(homogeneous coordinate transformation)
    2012-03-31 20:46:48下载
    积分:1
  • regiongrowth52230
    一个种子为生长点的彩色图像区域生长程序。交互式Matlab实现(A seed for the growing point of color image region growing process. Each type of Matlab)
    2014-01-21 14:20:28下载
    积分:1
  • frame_transformation.slx
    说明:  坐标系Park、Clark变换示例以及逆变换(Park and Clark transformation simulation)
    2020-07-01 21:27:24下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载