文件名称:closedLoop_Simulation_with_individual_process_mode
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燃料电池电堆的温度控制,采用预测控制算法实现-PEMFC Stack Temperature Control Study
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下载文件列表
closedLoop_Simulation_with_individual_process_model\compdirold.m
...................................................\constr.m
...................................................\graderr.m
...................................................\main_prog.m
...................................................\mfun_control.m
...................................................\mfun_inp.m
...................................................\mfun_mimosmpc.asv
...................................................\mfun_mimosmpc.m
...................................................\mimosmpcobjfn.m
...................................................\nlconstold.m
...................................................\opteval.m
...................................................\plot_GP.m
...................................................\prog_closedLoop_simu.asv
...................................................\prog_closedLoop_simu.m
...................................................\qpsubold.m
...................................................\qp_ip_02.m
...................................................\Readme.txt
...................................................\smpc_data.mat
...................................................\smpc_data_1B202_4kW.mat
...................................................\smpc_data_2B211_1kW.mat
...................................................\smpc_data_2B211_2kW.mat
...................................................\smpc_data_2B211_3kW.mat
...................................................\tmm_sim_model_noise_1B200_2kW.mat
...................................................\tmm_sim_model_noise_1B202_3kW.mat
...................................................\tmm_sim_model_noise_1B202_4kW.mat
...................................................\tmm_sim_model_noise_2B211_1kW.mat
...................................................\tmm_sim_model_noise_2B211_2kW.mat
...................................................\tmm_sim_model_noise_2B211_2kW_.mat
...................................................\tmm_sim_model_noise_2B211_3kW.mat
...................................................\tmm_sim_model_noise_2B212_2kW.mat
...................................................\TMM_step.mdl
...................................................\tmm_stepRep_1B200_2kW.mat
...................................................\tmm_stepRep_1B202_3kW.mat
...................................................\tmm_stepRep_1B202_4kW.mat
...................................................\tmm_stepRep_2B211_1kW.mat
...................................................\tmm_stepRep_2B211_2kW.mat
...................................................\tmm_stepRep_2B211_3kW.mat
...................................................\tmm_stepRep_2B212_2kW.mat
...................................................\tmm_stepRep_2B212_4kW.mat
closedLoop_Simulation_with_individual_process_model
...................................................\constr.m
...................................................\graderr.m
...................................................\main_prog.m
...................................................\mfun_control.m
...................................................\mfun_inp.m
...................................................\mfun_mimosmpc.asv
...................................................\mfun_mimosmpc.m
...................................................\mimosmpcobjfn.m
...................................................\nlconstold.m
...................................................\opteval.m
...................................................\plot_GP.m
...................................................\prog_closedLoop_simu.asv
...................................................\prog_closedLoop_simu.m
...................................................\qpsubold.m
...................................................\qp_ip_02.m
...................................................\Readme.txt
...................................................\smpc_data.mat
...................................................\smpc_data_1B202_4kW.mat
...................................................\smpc_data_2B211_1kW.mat
...................................................\smpc_data_2B211_2kW.mat
...................................................\smpc_data_2B211_3kW.mat
...................................................\tmm_sim_model_noise_1B200_2kW.mat
...................................................\tmm_sim_model_noise_1B202_3kW.mat
...................................................\tmm_sim_model_noise_1B202_4kW.mat
...................................................\tmm_sim_model_noise_2B211_1kW.mat
...................................................\tmm_sim_model_noise_2B211_2kW.mat
...................................................\tmm_sim_model_noise_2B211_2kW_.mat
...................................................\tmm_sim_model_noise_2B211_3kW.mat
...................................................\tmm_sim_model_noise_2B212_2kW.mat
...................................................\TMM_step.mdl
...................................................\tmm_stepRep_1B200_2kW.mat
...................................................\tmm_stepRep_1B202_3kW.mat
...................................................\tmm_stepRep_1B202_4kW.mat
...................................................\tmm_stepRep_2B211_1kW.mat
...................................................\tmm_stepRep_2B211_2kW.mat
...................................................\tmm_stepRep_2B211_3kW.mat
...................................................\tmm_stepRep_2B212_2kW.mat
...................................................\tmm_stepRep_2B212_4kW.mat
closedLoop_Simulation_with_individual_process_model