Udemy Control Systems Made Simple Beginner s Guide

Udemy Control Systems Made Simple Beginner s Guide
     Get Bonus Downloads Here.url -


     001 Introduction and Welcome Message.mp4 -


     001 Introduction and Welcome Message_en.vtt -


     Section 1 Lec 1 - Mechanical System Modeling Introduction.pptx -


     TrainSimulation.slx -


     TrainSimulation_Run.m -


     Section 1 Lec 2 - Modeling Simple Elements.pptx -


     Section 1 Lec 3 - Spring Mass Damper Modeling.pptx -


     MassSpringDamper.slx -


     MassSpringDamper_Run.m -


     Section 1 Lec 6 - Laplace Domain.pptx -


     Quiz.slx -


     Transfer Function Simulation.pptx -


     TransferFunction.m -


     TransferFunctionModel.slx -


     Section 1 Lec 9 - Modeling Train System.pptx -


     Section 2 Lec 11 - Introduction and Basic Definitions.pptx -


     Section 2 Lec 12 - Basic Electrical Elements Modeling.pptx -


     Section 2 Lec 13 - Kirchhoff's law.pptx -


     Section 2 Lec 14 - Battery system.pptx -


     Section 2 Lec 15 - Battery Charging.pptx -


     Section 2 Lec 16 - Simple Battery Model.pptx -


     Battery_Parameters.xlsx -


     SimpleBattery.slx -


     SimpleBattery_Quiz.slx -


     SimpleBattery_Run.m -


     Section 2 Lec 19 - Combined Battery Model.pptx -


     Combined Model - Simulation.pptx -


     Experimental_BatteryModel.m -


     Startup_Script.m -


     UDDS_50.csv -


     Section 2 Lec 21 - Equivalent Circuit Based Models.pptx -


     Section 2 Lec 22 - Equivalent Circuit Based Models Derivation.pptx -


     Current.csv -


     MATLAB Example.pptx -


     OCVRRC_Model.m -


     OCVRRC_Model_2.m -


     Startup_Script_ModelSimulation.m -


     soc_ocv.mat -


     Section 2 Lec 24 - DC motor.pptx -


     Section 2 Lec 25 - DC motor Modeling.pptx -


     DCMotor.slx -


     DCMotor_Quiz.slx -


     DCMotor_Run.m -


     DCMotor_Run_Quiz.m -


     ~$Lecture 2.1 - Kirchoff's law.pptx -


     Section 3 Lec 27 - What is a control system.pptx -


     Section 3 Lec 28 - What are the steps to develop a control system.pptx -


     Section 3 Lec 29 - PID controller.pptx -


     PID.slx -


     MassSpringDamper_PID.slx -


     MassSpringDamper_PID_Run.m -


     Section 3 Lec 33 - PID and System Performance.pptx -


     PID_Block.slx -


     PID_Block_Run.m -


     Section 3 Lec 35 - Vehicle Dynamics Model.pptx -


     Section 3 Lec 36 - PID Controller with Vehicle Dynamics Model.pptx -


     Section 3 Lec 37 - QUIZ Model Reduction.pptx -


     Section 3 Lec 37 - Quiz Solution Model Reduction.pptx -


     Project_Run.m -


     Quiz.slx -


     Run_Quiz.m -


     001 Introduction to System Modeling.mp4 -


     001 Introduction to System Modeling_en.vtt -


     002 Modeling Basic Mechanical Elements.mp4 -


     002 Modeling Basic Mechanical Elements_en.vtt -


     003 How to model Mass-spring-damper system.mp4 -


     003 How to model Mass-spring-damper system_en.vtt -


     004 Simulate a Mass-spring-damper system in Simulink.mp4 -


     004 Simulate a Mass-spring-damper system in Simulink_en.vtt -


     005 Assignment #1 Solution.mp4 -


     005 Assignment #1 Solution_en.vtt -


     006 Laplace Domain (S-domain) and Tansfer Functions.mp4 -


     006 Laplace Domain (S-domain) and Tansfer Functions_en.vtt -


     007 Simulate a mass spring damper system in S-domain.mp4 -


     007 Simulate a mass spring damper system in S-domain_en.vtt -


     008 Assignment #2 Solution.mp4 -


     008 Assignment #2 Solution_en.vtt -


     009 Modeling a train system.mp4 -


     009 Modeling a train system_en.vtt -


     010 Simulation of Train system in Simulink.mp4 -


     010 Simulation of Train system in Simulink_en.vtt -


     001 Basic Electrical Systems Definitions.mp4 -


     001 Basic Electrical Systems Definitions_en.vtt -


     002 Basic Electrical elements modeling.mp4 -


     002 Basic Electrical elements modeling_en.vtt -


     003 Kirchoff’s Circuit law.mp4 -


     003 Kirchoff’s Circuit law_en.vtt -


     004 Modeling Battery Systems.mp4 -


     004 Modeling Battery Systems_en.vtt -


     005 Battery Charging.mp4 -


     005 Battery Charging_en.vtt -


     006 Simple Battery Model.mp4 -


     006 Simple Battery Model_en.vtt -


     007 Simple Battery Model Simulation.mp4 -


     007 Simple Battery Model Simulation_en.vtt -


     008 Assignment #3 Solution.mp4 -


     008 Assignment #3 Solution_en.vtt -


     009 Combined Battery Model.mp4 -


     009 Combined Battery Model_en.vtt -


     010 Combined battery model MATLAB Simulations.mp4 -


     010 Combined battery model MATLAB Simulations_en.vtt -


     011 Equivalent Circuit model.mp4 -


     011 Equivalent Circuit model_en.vtt -


     012 Equivalent Circuit model derivation.mp4 -


     012 Equivalent Circuit model derivation_en.vtt -


     013 Equivalent Circuit model Simulation in MATLAB.mp4 -


     013 Equivalent Circuit model Simulation in MATLAB_en.vtt -


     014 DC Motor Theory of Operation.mp4 -


     014 DC Motor Theory of Operation_en.vtt -


     015 DC Motor Modeling.mp4 -


     015 DC Motor Modeling_en.vtt -


     016 Simulation in Simulink.mp4 -


     016 Simulation in Simulink_en.vtt -


     001 What is a control system.mp4 -


     001 What is a control system_en.vtt -


     002 What are the steps required to build a control system.mp4 -


     002 What are the steps required to build a control system_en.vtt -


     003 Proportional Integral Derivative (PID) Controllers.mp4 -


     003 Proportional Integral Derivative (PID) Controllers_en.vtt -


     004 Develop a PID Controller logic in Simulink.mp4 -


     004 Develop a PID Controller logic in Simulink_en.vtt -


     005 Mass-spring damper system with PID controller in Simulink.mp4 -


     005 Mass-spring damper system with PID controller in Simulink_en.vtt -


     006 Integrate a PID Controller with plant system model.mp4 -


     006 Integrate a PID Controller with plant system model_en.vtt -


     007 How to evaluate the dynamic system performance.mp4 -


     007 How to evaluate the dynamic system performance_en.vtt -


     008 Build a PID controller using PID block in Simulink.mp4 -


     008 Build a PID controller using PID block in Simulink_en.vtt -


     009 Practical Example #1 Modeling stage.mp4 -


     009 Practical Example #1 Modeling stage_en.vtt -


     010 Practical Example #1 Integrate model with controller.mp4 -


     010 Practical Example #1 Integrate model with controller_en.vtt -


     011 Assignment #4 Solution.mp4 -


     011 Assignment #4 Solution_en.vtt -


     012 Practical Example #1 ModelController Simulation in Simulink.mp4 -


     012 Practical Example #1 ModelController Simulation in Simulink_en.vtt -


     013 Practical Example #2 Develop Controller to control DC motor position.mp4 -


     013 Practical Example #2 Develop Controller to control DC motor position_en.vtt -


     Bonus Resources.txt -

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