登录
首页 » matlab » Lyapunov-Nonlinear-Control-GUI

Lyapunov-Nonlinear-Control-GUI

于 2020-12-23 发布 文件大小:117KB
0 214
下载积分: 1 下载次数: 23

代码说明:

  该GUI可用于调节任何可控的非线性系统到用户指定的设定点。它使用切换李亚普诺夫控制函数。非线性系统可以是任何阶的,并且不限输入的数目。(This GUI can be used to regulate any controllable nonlinear system to a user-specified setpoint. It uses a switched Lyapunov control function. The nonlinear system can be of any order and with any number of inputs. )

文件列表:

license.txt,1312,2015-01-01
Lyapunov Nonlinear Control GUI
..............................\launch.fig,15582,2014-12-21
..............................\launch.m,25604,2014-12-21
..............................\main
..............................\....\calc_f.m,315,2014-12-09
..............................\....\calc_partial_u_deriv.m,1093,2014-12-09
..............................\....\check_for_stop.m,115,2014-12-01
..............................\....\convert_user_input.m,2185,2014-12-09
..............................\....\main.m,550,2014-12-07
..............................\....\open_loop_sim_from_ICs.m,1638,2014-12-07
..............................\....\plots.m,1531,2014-12-21
..............................\....\simulate_closed_loop.m,8663,2014-12-21
..............................\....\system_global_variables.m,1661,2014-12-07
..............................\model_dynamic_equations
..............................\.......................\first_order_single_input
..............................\.......................\........................\model_01.m,572,2014-11-24
..............................\.......................\........................\model_02.m,573,2014-11-03
..............................\.......................\........................\model_03.m,626,2014-11-03
..............................\.......................\for_journal
..............................\.......................\...........\m1.m,698,2014-11-03
..............................\.......................\...........\m2.m,621,2014-11-23
..............................\.......................\...........\m3.m,581,2014-11-03
..............................\.......................\...........\m4.m,587,2014-11-23
..............................\.......................\...........\m5.m,615,2014-11-03
..............................\.......................\...........\m6.m,585,2014-11-03
..............................\.......................\...........\m7.m,699,2014-11-23
..............................\.......................\...........\m8.m,573,2014-11-03
..............................\.......................\...........\m9.m,728,2014-11-03
..............................\.......................\no_model.m,578,2014-11-03
..............................\.......................\second_order_single_input
..............................\.......................\.........................\model_04.m,581,2014-11-03
..............................\.......................\.........................\model_05.m,573,2014-11-03
..............................\.......................\.........................\model_06.m,615,2014-11-03
..............................\.......................\.........................\model_08.m,698,2014-11-03
..............................\.......................\.........................\model_11.m,585,2014-11-03
..............................\.......................\.........................\model_12.m,728,2014-11-03
..............................\.......................\second_order_two_inputs
..............................\.......................\.......................\model_07.m,624,2014-12-21
..............................\.......................\.......................\model_09.m,704,2014-11-03
..............................\.......................\.......................\model_10.m,592,2014-11-03
..............................\.......................\third_order_single_input
..............................\.......................\........................\model_13.m,685,2014-11-03
..............................\.......................\........................\model_14.m,601,2014-11-03
..............................\plant_dynamic_equations
..............................\.......................\first_order_single_input
..............................\.......................\........................\plant_01.m,851,2014-11-24
..............................\.......................\........................\plant_02.m,846,2014-11-03
..............................\.......................\........................\plant_03.m,893,2014-11-03
..............................\.......................\for_journal
..............................\.......................\...........\p1.m,946,2014-11-23
..............................\.......................\...........\p2.m,892,2014-11-23
..............................\.......................\...........\p3.m,881,2014-11-03
..............................\.......................\...........\p4.m,852,2014-11-23
..............................\.......................\...........\p5.m,889,2014-11-23
..............................\.......................\...........\p6.m,851,2014-11-23
..............................\.......................\...........\p7.m,973,2014-11-23
..............................\.......................\...........\p8.m,842,2014-11-03
..............................\.......................\...........\p9.m,919,2014-11-23
..............................\.......................\second_order_single_input
..............................\.......................\.........................\plant_04.m,881,2014-11-03
..............................\.......................\.........................\plant_05.m,842,2014-11-03
..............................\.......................\.........................\plant_06.m,895,2014-11-03
..............................\.......................\.........................\plant_08.m,945,2014-11-03
..............................\.......................\.........................\plant_11.m,850,2014-11-03
..............................\.......................\.........................\plant_12.m,918,2014-11-03
..............................\.......................\second_order_two_inputs
..............................\.......................\.......................\plant_07.m,891,2014-12-21
..............................\.......................\.......................\plant_09.m,980,2014-11-03
..............................\.......................\.......................\plant_10.m,858,2014-11-03
..............................\.......................\third_order_single_input
..............................\.......................\........................\plant_13.m,961,2014-11-03
..............................\.......................\........................\plant_14.m,872,2014-11-03
..............................\results
..............................\.......\datafile.mat,38936,2014-12-21
..............................\supporting_files

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

  • audze_lhcl
    A code to generate 3D sample points for Design of Experiment (DoE). The points are generated using optimal Audze-Eglais Latin hypercube. Audze and Eglais presented a uniformed scheme by establishing an analogy between design points and set of mass and using the repulsive potential energy as optimality criteria. You should define number of sample points in “line 8” with sp_num
    2012-08-02 16:25:14下载
    积分:1
  • BPSK_Simulation
    BPSK modulation in matlab
    2013-12-04 00:28:24下载
    积分:1
  • LKmatlab
    基于光流法的光流检测matlab算法,代码很详细,(Optical flow detection algorithm based on optical flow)
    2020-06-29 17:00:01下载
    积分:1
  • fanxiangjifeng
    脉冲反向积分发测试混响程序,数据应该为声压时间信号()
    2008-05-11 21:54:05下载
    积分:1
  • snake_demo
    snake demo,轮廓线演化程序演示,国外优秀代码,图像处理、数值计算相关方向的应该有用(snake demo, contour evolution program demonstrates, foreign good code, image processing, numerical calculation related to the direction should be useful for)
    2010-01-03 14:22:13下载
    积分:1
  • Lax
    Lax法求解一介波动方程,初始条件:c=1m/s,x=1-2时,u=2m/s.(Lax method to solve wave equation)
    2014-11-29 07:06:31下载
    积分:1
  • mohutuili
    使用模糊推理对锅炉故障进行检测,代码可运行(Using fuzzy inference boiler fault detection, code can be run)
    2013-12-20 16:50:13下载
    积分:1
  • source_matlab
    mô phỏ ng watermaking
    2013-11-27 00:54:10下载
    积分:1
  • rrt_toolbox-master
    说明:  用RRT搜索算法作的一种路径优化算法,效果不错,只是耗时较长。(A path optimization algorithm based on RRT search algorithm has a good effect, but it takes a long time.)
    2019-05-22 09:16:44下载
    积分:1
  • matlab-draw-curve
    matlab绘制多种二维数据曲线图,三维曲线图,图像处理及动画制作。(matlab draw a variety of two-dimensional data graph, 3D graph, image processing and animation.)
    2012-07-04 22:27:54下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载