登录
首页 » matlab » 4

4

于 2021-02-22 发布
0 214
下载积分: 1 下载次数: 0

代码说明:

说明:  值得拥有,这是我找了很久得资源,分享给大家。希望能对大家有所帮助(Open Source It's worth having. I've been looking for resources for a long time to share with you. I hope it can help you)

文件列表:

4, 0 , 2020-12-24
4\C-C计算延迟时间和嵌入维数, 0 , 2020-12-24
4\C-C计算延迟时间和嵌入维数\C_CMethod.m, 2148 , 2020-12-24
4\C-C计算延迟时间和嵌入维数\ISI_I.mat, 66669 , 2020-12-24
4\C-C计算延迟时间和嵌入维数\correlation_integral.m, 811 , 2020-12-23
4\C-C计算延迟时间和嵌入维数\disjoint.m, 283 , 2011-04-10
4\C-C计算延迟时间和嵌入维数\heaviside.m, 286 , 2011-04-10
4\C-C计算延迟时间和嵌入维数\lorenz_phase.m, 218 , 2020-12-23
4\C-C计算延迟时间和嵌入维数\lorenz_sim.mdl, 21069 , 2011-04-14
4\C-C计算延迟时间和嵌入维数\m文件介绍.txt, 605 , 2020-12-23
4\C-C计算延迟时间和嵌入维数\reconstitution.m, 296 , 2011-04-10
4\C-C计算延迟时间和嵌入维数\result.txt, 39 , 2020-12-24
4\C-C计算延迟时间和嵌入维数\untitled.fig, 6932 , 2011-04-10
4\PSD, 0 , 2020-12-23
4\PSD\lorenz_phase.m, 431 , 2011-04-14
4\PSD\lorenz_sim.mdl, 21069 , 2011-04-13
4\PSD\m文件介绍.txt, 85 , 2011-04-17
4\dingyi_lyapunov, 0 , 2020-12-23
4\dingyi_lyapunov\dingyi_ly.m, 1272 , 2020-12-02
4\dingyi_lyapunov\dingyi_lya.m, 679 , 2020-11-29
4\dingyi_lyapunov\fix_r_lya.m, 760 , 2011-04-12
4\dingyi_lyapunov\jacobian_jie.m, 229 , 2011-04-10
4\dingyi_lyapunov\lorenz_sim.mdl, 36591 , 2020-12-01
4\dingyi_lyapunov\lorenz_sim.mdl.r14 (sp3), 20451 , 2011-04-10
4\dingyi_lyapunov\lya_pu.fig, 6039 , 2011-04-10
4\dingyi_lyapunov\lya_pu_new.fig, 10327 , 2011-04-11
4\dingyi_lyapunov\m文件介绍.txt, 281 , 2011-04-16
4\dingyi_lyapunov.zip, 35140 , 2020-11-30
4\fen_cha, 0 , 2020-12-23
4\fen_cha\fen_cha.fig, 9549280 , 2011-04-10
4\fen_cha\fen_cha.m, 433 , 2011-04-10
4\fen_cha\getmax.m, 336 , 2011-04-10
4\fen_cha\lorenz_shiyu.m, 243 , 2011-04-10
4\fen_cha\m文件介绍.txt, 110 , 2011-04-17
4\fen_cha\分岔.doc, 142848 , 2011-04-10
4\m_test, 0 , 2020-12-23
4\m_test\cao_fangfa, 0 , 2020-12-23
4\m_test\cao_fangfa\cao.m, 272 , 2011-04-10
4\m_test\cao_fangfa\data.m, 729 , 2011-04-13
4\m_test\cao_fangfa\lorenz_phase.m, 265 , 2011-04-12
4\m_test\cao_fangfa\lorenz_sim.mdl, 21069 , 2011-04-12
4\m_test\cao_fangfa\m文件介绍.txt, 285 , 2012-08-20
4\m_test\cao_fangfa\reconstitution.m, 303 , 2011-04-10
4\m_test\cao_fangfa\zui_lin.m, 789 , 2011-04-10
4\m_test\jihe_bubian.m, 88 , 2011-04-10
4\m_test\m文件介绍.txt, 113 , 2012-08-04
4\pinghengdian, 0 , 2020-12-23
4\pinghengdian\F.m, 57 , 2011-04-11
4\pinghengdian\m文件介绍.txt, 86 , 2011-04-17
4\pinghengdian\pinghengdian.m, 374 , 2020-11-18
4\poincare, 0 , 2020-12-23
4\poincare\lorenz_sim.mdl, 21069 , 2011-04-11
4\poincare\m文件介绍.txt, 93 , 2011-04-17
4\poincare\poincare.fig, 4743 , 2011-04-12
4\poincare\poincare_draw.m, 773 , 2011-04-12
4\poincare\poincare_yinshe.fig, 46575 , 2011-04-14
4\tau_test, 0 , 2020-12-23
4\tau_test\m文件介绍.txt, 91 , 2011-04-17
4\tau_test\pinjun_weiyi, 0 , 2020-12-23
4\tau_test\pinjun_weiyi\S_weiyi.fig, 3023 , 2011-04-10
4\tau_test\pinjun_weiyi\Untitled2.m, 545 , 2011-04-10
4\tau_test\pinjun_weiyi\lorenz_phase.m, 246 , 2011-04-12
4\tau_test\pinjun_weiyi\lorenz_sim.mdl, 21069 , 2011-04-12
4\tau_test\pinjun_weiyi\m文件介绍.txt, 238 , 2011-04-17
4\tau_test\pinjun_weiyi\pinjun_weiyi.asv, 743 , 2011-04-10
4\tau_test\pinjun_weiyi\pinjun_weiyi.m, 868 , 2011-04-10
4\tau_test\pinjun_weiyi\reconstitution.m, 303 , 2011-04-10
4\tau_test\zi_xiangguan, 0 , 2020-12-23
4\tau_test\zi_xiangguan\lorenz_phase.m, 264 , 2011-04-12
4\tau_test\zi_xiangguan\lorenz_sim.mdl, 21069 , 2011-04-12
4\tau_test\zi_xiangguan\m文件介绍.txt, 143 , 2011-04-17
4\tau_test\zi_xiangguan\zi_xiangguan.m, 739 , 2011-04-12
4\time_test, 0 , 2020-12-23
4\time_test\lorenz_phase.asv, 710 , 2011-04-14
4\time_test\lorenz_phase.m, 713 , 2011-04-14
4\time_test\lorenz_sim.mdl, 21069 , 2011-04-10
4\time_test\m文件介绍.txt, 101 , 2011-04-17
4\time_test\three_phase.fig, 49675 , 2011-04-10
4\time_test\x_t.fig, 26592 , 2011-04-10
4\time_test\y_t.fig, 26611 , 2011-04-10
4\time_test\yx.fig, 33799 , 2011-04-10
4\time_test\z_t.fig, 26118 , 2011-04-10
4\time_test\zx.fig, 33359 , 2011-04-10
4\time_test\zy.fig, 33372 , 2011-04-10
4\wolf_lyapunov, 0 , 2020-12-23
4\wolf_lyapunov\G_P.m, 1548 , 2011-04-14
4\wolf_lyapunov\PhaSpaRecon.m, 1173 , 2011-04-14
4\wolf_lyapunov\correlation_integral.m, 756 , 2011-04-14
4\wolf_lyapunov\fix_r_lya.m, 431 , 2011-04-14
4\wolf_lyapunov\lorenz_fun.m, 175 , 2020-12-21
4\wolf_lyapunov\lorenz_sim.mdl, 20451 , 2011-04-14
4\wolf_lyapunov\lyapunov.fig, 10993 , 2011-04-14
4\wolf_lyapunov\lyapunov.m, 5567 , 2011-04-14
4\wolf_lyapunov\lyapunov_wolf.asv, 5611 , 2011-04-14
4\wolf_lyapunov\lyapunov_wolf.m, 5611 , 2011-04-14
4\wolf_lyapunov\m文件介绍.txt, 462 , 2011-04-17
4\wolf_lyapunov\reconstitution.m, 294 , 2011-04-14
4\wolf_lyapunov\test_wolf.m, 608 , 2020-12-24
4\wolf_lyapunov\wolf.fig, 4590 , 2011-04-14
4\xiaoshuju_lyapunov, 0 , 2020-12-23

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

  • 1
    说明:  数值计算方法—— 用matlab仿真实现牛顿迭代计算——源程序(iterative calculation method)
    2010-02-26 14:15:36下载
    积分:1
  • xinhaochuli
    语音信号处理综合运用了数字信号处理的理论知识,对信号进行计算及频谱 分析,设计滤波器,并对含噪信号进行滤波 (Speech signal processing of digital signal processing integrated use of theoretical knowledge, to calculate the signal and spectrum analysis, design filter, and filter the noisy signal)
    2011-05-02 19:25:04下载
    积分:1
  • Example_Cpp
    c++的adc(数模转换器)测试实例程序,很实用,适合初学者(the c++ adc test instance procedures, very practical, very classic)
    2013-03-06 14:34:44下载
    积分:1
  • 679-2109-1-PB
    SRM dynamic simulation of srm.
    2014-02-03 01:58:44下载
    积分:1
  • 5e
    说明:  this is simple signal processing matlab code
    2012-02-04 15:55:45下载
    积分:1
  • landonbianhuan
    拉东正变换与反变换,很好用的可逆变换,可用于面波反演。(Radon transformation and inverse transform, a reversible transformation well used, can be used for surface wave inversion.)
    2015-10-15 08:52:56下载
    积分:1
  • ofdm
    说明:  ofdm源代码,根据ofdm基本原理框图设计的比较简单的源代码。(ofdm)
    2010-04-28 21:03:31下载
    积分:1
  • ADVISOR2002
    ADVISOR2002,基于matlab的汽车系统测试模块,具有强大的模拟功能(ADVISOR2002, based on the matlab automotive system test module, a powerful simulation capabilities)
    2013-04-11 15:26:47下载
    积分:1
  • simulink
    该软件可以利用鼠标在模型窗口上绘制出所需要的控制系统模型。(The software can use the mouse in the model window to map out the necessary control system model.)
    2009-02-23 15:19:32下载
    积分:1
  • FourBar_test
    曲柄摇杆机构的动力学计算,为机器人动力学的建模很有用,采用龙格库塔法,精度高,为后续控制奠定基础(Dynamics calculations crank rocker mechanism for the robot dynamics modeling is useful, using Runge-Kutta method, high precision, laying the foundation for the subsequent control)
    2014-10-26 10:15:06下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载