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[2017.12.04]H3Dof

于 2018-03-15 发布 文件大小:634KB
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  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

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    h3c 华三 wa3620i 编程器固件，记得改成自己的MAC地址。。。。(H3C Huasanwa3620i programming firmware, remember to change to their MAC address)
    2020-06-23 01:00:01下载
    积分：1
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    积分：1
  • qiepian
    对信号进行双谱的间接法分析，然后对信号进行特征提取，取出对角切片(Bispectral indirect analysis of the signal, followed by feature extraction of the signal and removal of diagonal slices)
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    积分：1
  • Large number addition
    由于直接加法有数字大小限制，这里使用字符串进行1000位以内的数字加法。(Because direct addition has a numerical size constraint, the string is used to add numbers within 1000 bits.)
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    此段程序是实现TMS320F28034程序设计中的DAC转换的程序代码   适合电机控制
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    本例的源描述超过了演示版限制的300行, 如果您需要对其进行编译与模拟,请与北京理工大学 ASIC研究所联系,获取Talent系统的完全版本. 联系方法: 电话:010-68912434 信函:北京理工大学ASIC研究所 刘明业 教授收 邮编:100081-The source described in this case than the demo version of the 300 line limit, if you need to be compiled with the simulation, please contact ASIC Institute of Beijing Institute of Technology to obtain the complete version of Talent system. Contact: Tel :010-68912434 letter : Research Institute of Beijing Institute of Technology Professor Liu Mingye ASIC received Postcode: 100081
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    focas函數及使用方法 应用背景fanuc 0i 系列数控系统内嵌以太网口的连接方法以及 fanuc focas 接口的应用，通过focas 编制监控软件，实现 fanuc 数控系统的以太网连接，实时进行机床信息采集、远程监控、程序传送、故障诊断等功能，提高数控机床的运(focas The Ethernet connection of FANUC CNC system is realized. The functions of machine tool information collection, remote monitoring, program transfer and fault diagnosis are implemented in real time)
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