登录
首页 » WINDOWS » IBVS-master

IBVS-master

于 2020-11-21 发布 文件大小:9867KB
0 369
下载积分: 1 下载次数: 17

代码说明:

  MATLAB 下的视觉伺服算法,主要是基于图像的视觉伺服(visual servo alrigritho,mainly is the image based visual servo)

文件列表:

IBVS-master, 0 , 2016-12-02
IBVS-master\.gitignore, 8 , 2016-12-02
IBVS-master\CBF, 0 , 2016-12-02
IBVS-master\CBF\GenerateCBF.m, 652 , 2016-12-02
IBVS-master\CBF\write_fcn_m.m, 4086 , 2016-12-02
IBVS-master\CBFImgPointMass.m, 1533 , 2016-12-02
IBVS-master\CLFCBFController.m, 2758 , 2016-12-02
IBVS-master\CLFController.m, 2326 , 2016-12-02
IBVS-master\Controller.m, 147 , 2016-12-02
IBVS-master\Design, 0 , 2016-12-02
IBVS-master\Design\IBVS.pdf, 2470 , 2016-12-02
IBVS-master\Design\IBVS.uxf, 1898 , 2016-12-02
IBVS-master\Environment.m, 3983 , 2016-12-02
IBVS-master\ImgCLFCBFController.m, 1774 , 2016-12-02
IBVS-master\Main_Pointmass.m, 950 , 2016-12-02
IBVS-master\PointmassEnvironment.m, 2622 , 2016-12-02
IBVS-master\QuadrotorIBVS, 0 , 2016-12-02
IBVS-master\QuadrotorIBVS\QuadrotorIBVS.m, 3404 , 2016-12-02
IBVS-master\QuadrotorIBVS\geometric_controller_CLF.m, 2590 , 2016-12-02
IBVS-master\QuadrotorIBVS\geometric_controller_basic.m, 2141 , 2016-12-02
IBVS-master\README.md, 35 , 2016-12-02
IBVS-master\Results, 0 , 2016-12-02
IBVS-master\Results\CLF_CBF_response.fig, 8941615 , 2016-12-02
IBVS-master\Results\CLF_CBF_response3D.fig, 1169914 , 2016-12-02
IBVS-master\Results\OutOfFrame_CLF.fig, 101005 , 2016-12-02
IBVS-master\report, 0 , 2016-12-02
IBVS-master\report\report.tex, 4397 , 2016-12-02

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

  • 数值计算方法 二版-ppt(吕同富)
    说明:  数值分析第二版吕富同ppt 数值分析学习的参考资料(Numerical Analysis Reference materials for numerical analysis learning)
    2020-05-02 11:25:22下载
    积分:1
  • AnalyticAnelastic
    二维粘弹性介质中波的传播的解析形式。应用Carcione等在1988年发表的《WAVE PROPAGATION SIMULATION IN A LINEAR VISCOELASTIC MEDIUM》一文中的方法,更加详细的介绍见英文描述。该代码对于做波场模拟的同学有很好的参考价值。( MATLABScript for obtaning the analytical solution for 2D wave propagation in a viscoelastic medium, based on the Appendix B of paper of Carcione et al. (1988)(1), corrected in (2). The source used is a Ricker wavelet in the y velocity component. A figure of the source temporal function and its inverse Fourier transform are provided to verify the good working of the method. Also works for elastic variables by substituting the values of vp and vs by real constant ones (vp_0 & vs_0). Attenuation is implemented by GMB-EK rheology presented in (4) and thoroughfully explained in (3). In order to make a proper comparison with numerical data it is recommended to either use the same rheology in both the numerical and the analytical. It is also possible to get an almost constant Q value by increasing a lot the number of mechanisms used in both the numerical and the analytical solutions, thus minimizing the effects of the Q fitting in the comparison.)
    2012-04-23 13:18:07下载
    积分:1
  • AddMatrix
    用三元组表为结构,实现稀疏矩阵的加法并输出。(Achieve sparse matrix addition)
    2014-02-19 19:59:00下载
    积分:1
  • homotopy
    同伦算法解非线性方程组,构造不动点问题,并从不同的初始点出发运行程序。(To solve nonlinear equations with homotopy algorithm,constructing a fixed foint progrem.and from the different starting point to run the program. )
    2014-03-20 13:55:02下载
    积分:1
  • Main0326_CZT
    雷诺方程的有限差分求解 织构化表面的模型数值求解(Finite difference numerical model for solving Reynolds equation solving textured surface)
    2014-04-19 13:15:44下载
    积分:1
  • solver_direct_turbulent
    CFD数值计算中kw-sst两方程湍流模型的相关代码(kw-sst two equation turbulence model of CFD numerical calculation)
    2021-04-29 18:28:42下载
    积分:1
  • testcode
    This is a test code for parallel computation in fortran. Thanks
    2013-06-26 01:29:32下载
    积分:1
  • multiplication-table
    只是一个课堂上做的九九乘法表,可能很多人做过(Just a class to do multiplication table, many people may have done)
    2011-10-21 19:43:24下载
    积分:1
  • 84d614758d1d
    fft 利用DSP Builder 在MATLAB下产生的模型(DSP Builder fft using the model generated in MATLAB)
    2014-01-17 14:07:24下载
    积分:1
  • SolarAngle.MATLAB
    说明:  本程序计算的太阳角有地面点对应的太阳天顶角和太阳方位角,太阳高度角与太阳天顶角 互余,所以太阳高度角也可以通过90 度-太阳天顶角计算得到(The solar angle is calculated by the solar zenith angle and the sun azimuth angle corresponding to the earth's surface point. The sun height angle and the sun zenith angle are complementary, so the sun height angle can also be calculated by the 90 degree sun zenith angle.)
    2018-04-25 16:17:18下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载