登录
首页 » matlab » [2017.12.04]H3Dof

[2017.12.04]H3Dof

于 2018-03-15 发布 文件大小:634KB
0 161
下载积分: 1 下载次数: 8

代码说明:

  现代控制论 三自由度直升机建模仿真(Modeling and Simulation of three degree of freedom helicopter by modern cybernetics)

文件列表:

[2017.12.04]H3Dof\Change.c, 3669 , 2014-06-26
[2017.12.04]H3Dof\Change.mexw32, 20992 , 2014-06-26
[2017.12.04]H3Dof\Change.tlc, 1359 , 2014-06-26
[2017.12.04]H3Dof\ClrEncPos.c, 4082 , 2014-06-26
[2017.12.04]H3Dof\ClrEncPos.mexw32, 20992 , 2014-06-26
[2017.12.04]H3Dof\ClrEncPos.tlc, 1292 , 2014-06-26
[2017.12.04]H3Dof\daliuobservationfangzhen.slx, 29892 , 2018-01-03
[2017.12.04]H3Dof\fangzhen.slx, 19111 , 2017-12-30
[2017.12.04]H3Dof\fangzhen2.slx, 21877 , 2017-12-26
[2017.12.04]H3Dof\G1.m, 361 , 2017-12-18
[2017.12.04]H3Dof\GetADC.c, 4099 , 2014-06-26
[2017.12.04]H3Dof\GetADC.mexw32, 20992 , 2014-06-26
[2017.12.04]H3Dof\GetADC.tlc, 1561 , 2014-06-26
[2017.12.04]H3Dof\GetLimit.c, 4153 , 2014-06-26
[2017.12.04]H3Dof\GetLimit.mexw32, 20992 , 2014-06-26
[2017.12.04]H3Dof\GetLimit.tlc, 1791 , 2014-06-26
[2017.12.04]H3Dof\GetPos.c, 4113 , 2014-06-26
[2017.12.04]H3Dof\GetPos.mexw32, 20992 , 2014-06-26
[2017.12.04]H3Dof\GetPos.tlc, 1569 , 2014-06-26
[2017.12.04]H3Dof\H3_LQR_PID.rxw32, 179712 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID.slx, 25807 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2.rxw32, 179712 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2.slx, 25400 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\buildInfo.mat, 19966 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\defines.txt, 154 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\ext_svr.obj, 9640 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2.bat, 204 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2.c, 40250 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2.err, 302 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2.h, 42980 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2.mk, 10530 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2.obj, 33464 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2_data.c, 12634 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2_data.obj, 3205 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2_dt.h, 1949 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2_private.h, 3496 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2_ref.rsp, 0 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2_targ_data_map.m, 16460 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\H3_LQR_PID2_types.h, 859 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\modelsources.txt, 19 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtGetInf.c, 3298 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtGetInf.h, 817 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtGetInf.obj, 1417 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtGetNaN.c, 2275 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtGetNaN.h, 742 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtGetNaN.obj, 1312 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtmodel.h, 741 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtwin_main.obj, 5358 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtwtypes.h, 17665 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtwtypeschksum.mat, 1087 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rtw_proj.tmw, 456 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rt_defines.h, 1591 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rt_nonfinite.c, 1720 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rt_nonfinite.h, 1364 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rt_nonfinite.obj, 1817 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\rt_sim.obj, 1330 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID2_rtwin_win32\updown_rtwin.obj, 8684 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\buildInfo.mat, 20027 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\defines.txt, 153 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\ext_svr.obj, 9664 , 2015-11-05
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID.bat, 203 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID.c, 39702 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID.err, 298 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID.h, 42929 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID.mk, 10524 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID.obj, 33431 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID_data.c, 12628 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID_data.obj, 3191 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID_dt.h, 1942 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID_private.h, 3490 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID_ref.rsp, 0 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID_targ_data_map.m, 16353 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\H3_LQR_PID_types.h, 850 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\modelsources.txt, 18 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtGetInf.c, 3297 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtGetInf.h, 816 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtGetInf.obj, 1412 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtGetNaN.c, 2274 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtGetNaN.h, 741 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtGetNaN.obj, 1307 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtmodel.h, 739 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtwin_main.obj, 5346 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtwtypes.h, 17664 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtwtypeschksum.mat, 1086 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rtw_proj.tmw, 454 , 2015-11-05
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rt_defines.h, 1590 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rt_nonfinite.c, 1719 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rt_nonfinite.h, 1363 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rt_nonfinite.obj, 1811 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\rt_sim.obj, 1330 , 2017-12-04
[2017.12.04]H3Dof\H3_LQR_PID_rtwin_win32\updown_rtwin.obj, 8708 , 2015-11-05
[2017.12.04]H3Dof\InitGTSV.c, 3525 , 2014-06-26
[2017.12.04]H3Dof\InitGTSV.mexw32, 20992 , 2014-06-26
[2017.12.04]H3Dof\InitGTSV.tlc, 5238 , 2014-06-26
[2017.12.04]H3Dof\Initialize.c, 4048 , 2014-06-26
[2017.12.04]H3Dof\Initialize.mexw32, 20992 , 2014-06-26
[2017.12.04]H3Dof\Initialize.tlc, 6527 , 2014-06-26
[2017.12.04]H3Dof\jieou.m, 545 , 2017-12-25
[2017.12.04]H3Dof\LQR.m, 487 , 2017-12-31
[2017.12.04]H3Dof\new_LQR.mdl, 92872 , 2017-12-04

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

  • Solving diophantine equation, using elementary methods and Pell equation calcula...
    求解不定方程,利用初等方法和Pell方程方法计算最小解-Solving diophantine equation, using elementary methods and Pell equation calculated minimal solution
    2022-03-19 16:44:02下载
    积分:1
  • DynamicWindowApproachSample2
    动态窗口法的路径规划,可以修改起点和终点,障碍物也可以修改(dynamic window approach)
    2019-05-13 15:26:03下载
    积分:1
  • WF5_Win64_crk
    pro/engneer 5.0 64位破解文件(pro/engneer 5.0 64bit crack file)
    2020-11-19 09:09:38下载
    积分:1
  • 学习dos的好软件,希望有需要的朋友下来看看呀。很好的谢谢支持...
    学习dos的好软件,希望有需要的朋友下来看看呀。很好的谢谢支持-A good software to learn dos and hope there is a need of a friend down to see呀. Thank you very good support for
    2022-03-05 21:16:57下载
    积分:1
  • LabVIEW通过1200以太网
    西门子S7-1200 PLC支持多种协议通过以太网通讯方式,如OPC、TCP、S7、MODBUS-TCP等。TCP方式相比其它协议,具有更多的灵活性,更快的数据响应等优点,本人即介绍LabVIEW通过TCP方式与S7-1200 PLC通信。 S7-1200 PLC的TCP通信方式,称之为“开放式用户通讯”,通过以太网发送或读取数据。(SIEMENS S7-1200 PLC supports a variety of protocols through Ethernet communications such as OPC, TCP, S7, MODBUS-TCP, and so on. Compared with other protocols, TCP has more flexibility, faster data response and so on. I introduce LabVIEW to communicate with S7-1200 PLC through TCP mode. S7-1200 PLC TCP communication, known as "open user communications", send or read data over ethernet.)
    2017-10-07 08:16:12下载
    积分:1
  • Sigar文档+配置(含windows+linux两个版本)
    Hyperic-Sigar是一个收集系统各项底层信息的工具集。配合博客使用 在网上下载过了,不好用的版本,浪费了很多时间。亲测,这个版本可用。有需要的下载
    2019-06-21下载
    积分:1
  • LDPC_matlab
    说明:  关于LDPC的完整的编解码程序,涉及到几种不同的方法,值得学习。(Complete procedures)
    2021-03-17 21:49:21下载
    积分:1
  • 196kc作为下微机,与上微机进行串口通信,里面有自定义的协议...
    196kc作为下微机,与上微机进行串口通信,里面有自定义的协议-196kc as the next computer, and on a computer, serial communication, which has defined the agreement
    2022-02-02 00:54:57下载
    积分:1
  • long time before the commencement of a time machine operation of the cpu
    很久前作的一个启动机器时候的cpu运行情况-long time before the commencement of a time machine operation of the cpu
    2022-03-20 00:46:29下载
    积分:1
  • 1111
    MATLAB实现隐马尔科夫模型预测,这里举例说明,示例代码。(MATLAB---HMM prodict)
    2018-04-18 17:56:37下载
    积分:1
  • 696518资源总数
  • 105549会员总数
  • 12今日下载