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Curated Collection of Simulink Models for Model-based Empirical Studies

Corpus Installation

Simulink models and their meta information are available through Google Drive: https://drive.google.com/open?id=0ByjpWd4Nz7vtd0M1THRaRmF4c1k

Metrics Tool

Download: https://drive.google.com/open?id=0ByjpWd4Nz7vtNlpaRkpPaUlQOUE

After unzipping, please run the analyze_complexity.go() method in the slsf folder. Requires Matlab R2017a.

Models used for correlation analysis

Followings are the models we used in the correlation analysis. Data format: 'group; model_name'

't; sldemo_fuelsys' 't; sldemo_auto_climatecontrol' 't; sldemo_autotrans' 't; sldemo_auto_carelec' 't; sldemo_suspn' 't; sldemo_auto_climate_elec' 't; sldemo_absbrake' 't; sldemo_enginewc' 't; sldemo_engine' 't; sldemo_fuelsys_dd' 't; sldemo_clutch' 't; sldemo_clutch_if' 't; sldemo_radar_eml' 't; aero_atc' 't; slexAircraftPitchControlExample' 't; aero_six_dof' 't; aero_dap3dof' 't; slexAircraftExample' 't; aero_guidance_airframe' 't; sldemo_antiwindup' 't; sldemo_pid2dof' 't; sldemo_bumpless' 't; aeroblk_wf_3dof' 't; asbswarm' 't; aeroblk_HL20' 't; asbQuatEML' 't; aeroblk_indicated' 't; aeroblk_six_dof' 't; asbGravWPrec' 't; aeroblk_calibrated' 't; aeroblk_self_cond_cntr' 't; sldemo_mdlref_variants_enum' 't; sldemo_mdlref_bus' 't; sldemo_mdlref_conversion' 't; sldemo_mdlref_counter_datamngt' 't; sldemo_mdlref_dsm' 't; sldemo_mdlref_dsm_bot' 't; sldemo_mdlref_dsm_bot2' 't; sldemo_mdlref_F2C' 'a; boost_close_loop' 'a; Assembly_Quadrotor' 'a; arduinomega2560_drive_closedloop' 'a; arduinomega2560_drive_openloop' 'a; abc123ca' 'a; PMSM_SMO' 'a; Boost_Circuit_Subsys_ClosedLoop' 'a; CC_CV_Charger' 'a; Inverter1' 'a; pv_array' 'a; pv_cell_effect_of_varying_Rs' 'a; pv_cell_effect_of_varying_Rsh' 'a; pv_cell_effects_of_solar_radiation' 'a; pv_cell_effects_of_temp' 'a; pv_cell_effects_of_varying_Is' 'a; EXTENSION1' 'a; EXTENSIONwithfuellcell' 'a; Three_Phase_ACDCAC_PWMconverter' 'a; HVDC_system' 'a; sldemo_drivecycle' 'a; VU_lineFollow' 'a; VU_lineFollow1' 'a; VU_lineFollow1b' 'a; VU_motorSpdCtrl' 'a; VU_testBtTxRx' 'a; VU_testSoundTone1' 'a; VU_testSoundTone2' 'a; VU_testSoundTone3' 'a; VU_testUsbTxRx' 'a; VU_NXTWay' 'a; VU_NXTWay_Simple' 'a; DFIGPI_by_indraneel_saki' 'a; connectwithoutmech_by_indraneel_saki' 'a; windturbinemod' 'a; complex_multiply_example' 'a; downsample_upsample_example' 'a; enabled_subsystem_example' 'a; fir_filter_example' 'a; stateflow_example' 'a; sync_subsystem_example' 'a; view_wave_example' 'a; rev_pow_ckt_new4' 'a; OCR' 'a; ssc_Probes_test_all_16b' 'a; ssc_dc_motor' 'a; ssc_three_phase' 'a; bad_idea' 'a; motion_example1' 'a; ref4_rt' 'a; ab' 'a; ACTimeOvercurrentRelayBlock' 'a; quad_control' 'a; HPW' 'a; MAXPID_modelisation_multi_physique_MATLAB_2015a_Ivan_Liebgott' 'a; singele_phase_to_3phase_svpwm_IM' 'a; EXTENSION' 'a; Actuated_Pioneer3DXAssembly' 'a; MotionConstraints_Pioneer3DXAssembly' 'a; Pioneer3DXAssembly' 'a; PVarray_Grid_PandO_avg' 'a; Wind_PMSG' 'a; youBot' 'a; youBot_damping' 'a; youBot_STEP_URDF' 'a; singele_phase_to_3phase_svpwm_IM_VF_PI' 'a; ssc_lithium_cell_1RC_estim' 'a; Buck_PWM' 'a; LLR_equivalent' 'a; UPFC_1' 'a; VFT' 'a; ec_fixed_slp_sb' 'a; ec_fixed_slp_sb_autoscaled' 'a; ec_fixed_slp_sb_with_mask' 'a; ec_using_config' 'a; BackgroundEst' 'a; JT9D_SS_Cantera_Template' 'a; NewtonRaphson_Equation_Solver' 'a; fourBar' 'a; Solar_MPPT_Resistaince_load' 'a; IEEE_9bus_new_o' 'a; arduinouno_drive_closedloop' 'a; arduinouno_drive_openloop' 'a; BLDC_speed_control' 'a; BatteryChargeControl' 'a; ConventionalVehicle' 'a; Cam_Follower' 'a; Belts_01_Two_Belts' 'a; Geneva_Drive' 'a; Collision_02_Disk_Finite_Plane_Fixed' 'a; Collision_03_Disk_Finite_Plane_Spin' 'a; Collision_04_Disks_in_Box' 'a; Collision_05_Disk_in_Ring' 'a; Collision_06_Catapult' 'a; Collision_07_Ball_Finite_Plane_Float' 'a; Collision_08_Compare_Forces' 'a; Friction_01_Box_on_Ramp_Constraint' 'a; Friction_02_Box_on_Ramp' 'a; Friction_03_Double_Pendulum_Constraint' 'a; Friction_04_Disk_Rolling_on_Ramp' 'a; Friction_05_Beam_on_Wheel' 'a; Friction_06_Disk_on_Disk' 'a; Friction_07_Floating_Disks' 'a; Friction_08_Disks_and_Ring' 'a; Friction_09_Ring_on_Disk_Float' 'a; Friction_10_Ball_on_Wheel' 'a; Spinning_Boxes' 'a; Gripper_2Belts' 'a; Robot_2_Whl' 'a; Coll3D_01_Ball_Plane_Fixed' 'a; Coll3D_02_Ball_Plane_Spin' 'a; Coll3D_03_Balls_in_Box' 'a; Coll3D_04_Ball_in_Tube_Fixed' 'a; Coll3D_05_Ball_Peg_Board' 'a; Coll3D_06_Ball_in_Ball' 'a; Coll3D_07_Balls_and_Sliding_Tube' 'a; Coll3D_08_Ball_in_Spinning_Cone' 'a; Frict3D_01_Box_on_Table' 'a; Frict3D_02_Ball_on_Table' 'a; Frict3D_03_Board_on_Balls' 'a; Frict3D_04_Ball_on_Ball' 'a; Frict3D_05_Tube_on_Balls' 'a; Frict3D_06_Ball_on_Balls' 'a; Frict3D_07_Ball_in_Ball' 'a; FSK' 'a; PMSM_DRIVES_SIMULATION' 'a; powerpll' 'a; DFIG_Basics' 'a; QUADROTOR' 'a; Battery_Charging_Discharding_model' 'a; hybridPV_FUELCELL' 'a; microgridwithwind' 'a; Buck_Boost' 'a; MPPT_charger_V2' 'a; SPWMinverter3P_Final' 'a; BLDC_PI' 'a; simple_wind_turbine_pmsg' 'a; se_filter' 'a; Simulink_serial_example' 'a; boostspi' 'a; controlledsystem' 'o; Blending_Challenge' 'o; fir8_03' 'o; fir12_03' 'o; pct_03' 'o; pid_03' 'o; pid_02' 'o; fir16tap' 'o; iir_biquad' 'o; pct' 'o; flyback_openloop' 'o; forward_conv' 'o; forward_conv_hyst' 'o; fwr' 'o; AbstractFuelControl_M1_Aquino' 'o; BLNoiseTest' 'o; ChirpTest' 'o; SimpleModel' 'o; atest' 'o; borrar' 'o; borrar_MiniDragon' 'o; ex3_1' 'o; f14' 'o; vdp' 'o; AD_Stepper_Simulation' 'o; ex3_2' 'o; shower' 'o; testBCIRobot3e_sim' 'o; testBCIRobot3f_sim'