文件名称:single_predictive_control
介绍说明－－下载内容均来自于网络，请自行研究使用
预测控制算法，基于TMS320F28335的控制程序，实现双闭环稳定运行，可以降低开关频率-Predictive control algorithm, based on the TMS320F28335 control procedures, to achieve double closed-loop stable operation, can reduce the switching frequency
(系统自动生成,下载前可以参看下载内容)
下载文件列表
single_predictive_control
.........................\current_model.asv
.........................\current_model.c
.........................\current_model.mexw32
.........................\doc
.........................\...\Current model.doc
.........................\...\仿真模型总体说明.doc
.........................\...\关于SIMULINK中感应电机模型的问题.doc
.........................\...\绘图1.vsd
.........................\parameter.asv
.........................\parameter.m
.........................\pid_reg.c
.........................\pid_reg.mexw32
.........................\rotor_flux_angle.c
.........................\rotor_flux_angle.mexw32
.........................\rotor_model.asv
.........................\rotor_model.c
.........................\rotor_model.mexw32
.........................\scope_Current_Trajectory.asv
.........................\scope_Current_Trajectory_100K.asv
.........................\scope_Current_Trajectory_100K.m
.........................\scope_Current_Trajectory_20K.m
.........................\scop_display.asv
.........................\scop_display.m
.........................\sf_compute.asv
.........................\sf_compute.c
.........................\sf_compute.mexw32
.........................\simulink中波形的绘制.doc
.........................\single_predictive.c
.........................\single_predictive.exe
.........................\single_predictive.mdl
.........................\single_predictive.mdl.r2009b
.........................\single_predictive_grt_rtw
.........................\.........................\buildInfo.mat
.........................\.........................\current_model.obj
.........................\.........................\defines.txt
.........................\.........................\grt_main.obj
.........................\.........................\modelsources.txt
.........................\.........................\rotor_flux_angle.obj
.........................\.........................\rotor_model.obj
.........................\.........................\rtGetInf.c
.........................\.........................\rtGetInf.h
.........................\.........................\rtGetInf.obj
.........................\.........................\rtGetNaN.c
.........................\.........................\rtGetNaN.h
.........................\.........................\rtGetNaN.obj
.........................\.........................\rtmodel.h
.........................\.........................\rtwtypes.h
.........................\.........................\rtwtypeschksum.mat
.........................\.........................\rtw_proj.tmw
.........................\.........................\rt_logging.obj
.........................\.........................\rt_look.c
.........................\.........................\rt_look.h
.........................\.........................\rt_look.obj
.........................\.........................\rt_look1d.c
.........................\.........................\rt_look1d.h
.........................\.........................\rt_look1d.obj
.........................\.........................\rt_matrx.obj
.........................\.........................\rt_nonfinite.c
.........................\.........................\rt_nonfinite.h
.........................\.........................\rt_nonfinite.obj
.........................\.........................\rt_printf.obj
.........................\.........................\rt_rem_snf.c
.........................\.........................\rt_rem_snf.h
.........................\.........................\rt_rem_snf.obj
.........................\.........................\rt_SATURATE.h
.........................\.........................\rt_sim.obj
.........................\.........................\single_predictive.bat
.........................\.........................\single_predictive.c
.........................\.........................\single_predictive.h
.........................\.........................\single_predictive.mk
.........................\.........................\single_predi