Matlab, Simulink and Stateflow

Matlab, Simulink and Stateflow, available at $79.99, has an average rating of 4.35, with 124 lectures, based on 413 reviews, and has 2375 subscribers.

You will learn about 1.1 Basic Matlab syntax 1.2 Operations on data 1.3 Manipulating arrays 1.4 Scripts and functions 1.5 Flow control 1.6 Data visualization 1.6 Dealing with files 2.1 Simulink overview 2.2 Simulink library and basic blocks 2.3 Handling data for Simulink 2.4 Modeling example 1 2.5 Reusability 2.6 Modeling example 2 2.7 Create custom library 2.8 Advanced Visualization 3.1 Stateflow overview 3.2 States; actions and execution 3.3 Types of states 3.4 Transitions and action 3.5 Data in a Stateflow chart 3.6 Flow control 3.7 Functions 3.8 State machine example Debugging and Investigating the code, the model and the statemachine This course is ideal for individuals who are Undergraduates who want to learn about simulations of dynamical systems or Post-graduates students who are seeking to prove an engineering concept through simulating real-life dynamical control systems or Engineers who are seeking a job in the field of MBD in different industries like Aerospace, Automotive, Medical devices,… or People who speak with data and prove with graphs It is particularly useful for Undergraduates who want to learn about simulations of dynamical systems or Post-graduates students who are seeking to prove an engineering concept through simulating real-life dynamical control systems or Engineers who are seeking a job in the field of MBD in different industries like Aerospace, Automotive, Medical devices,… or People who speak with data and prove with graphs.

Enroll now: Matlab, Simulink and Stateflow

Summary

Title: Matlab, Simulink and Stateflow

Price: $79.99

Average Rating: 4.35

Number of Lectures: 124

Number of Published Lectures: 124

Number of Curriculum Items: 124

Number of Published Curriculum Objects: 124

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

1.1 Basic Matlab syntax
1.2 Operations on data
1.3 Manipulating arrays
1.4 Scripts and functions
1.5 Flow control
1.6 Data visualization
1.6 Dealing with files
2.1 Simulink overview
2.2 Simulink library and basic blocks
2.3 Handling data for Simulink
2.4 Modeling example 1
2.5 Reusability
2.6 Modeling example 2
2.7 Create custom library
2.8 Advanced Visualization
3.1 Stateflow overview
3.2 States; actions and execution
3.3 Types of states
3.4 Transitions and action
3.5 Data in a Stateflow chart
3.6 Flow control
3.7 Functions
3.8 State machine example
Debugging and Investigating the code, the model and the statemachine

Who Should Attend

Undergraduates who want to learn about simulations of dynamical systems
Post-graduates students who are seeking to prove an engineering concept through simulating real-life dynamical control systems
Engineers who are seeking a job in the field of MBD in different industries like Aerospace, Automotive, Medical devices,…
People who speak with data and prove with graphs

Target Audiences

Undergraduates who want to learn about simulations of dynamical systems
Post-graduates students who are seeking to prove an engineering concept through simulating real-life dynamical control systems
Engineers who are seeking a job in the field of MBD in different industries like Aerospace, Automotive, Medical devices,…
People who speak with data and prove with graphs

An introductory course for the most powerful tools in scripting, simulating dynamical systems and model based design and designing statemachines.

Matlab which is one of the most widely used scripting language with its capabilities in array manipulation, handling graphics and interacting with files is being explained in a simple and easy way without the need of any programming background.

All basic elements of the language is introduced starting from the basics of the interface up to creating complicated scripts and user defined functions.

Simulink which is the most commonly used tool for simulating dynamical systems and control system design and verification, Also the best tool to depend on when dealing with model based design concepts for control systems, is being discussed step by step starting from the GUI, through knowing the basic blocks and creating complicated models for dynamical systems ending with comparison for many simulations involving control system design example.

Stateflow as the best tool to use to design the simplest and also the most complicated state machines to represent reactive systems like operational modes and handling triggers in a simple graphical representations is being taught starting from a simple example for a statemachine and the more you continue, the more challenging it gets and hence the need for investigation and debugging.

Starting with the basic elements of stateflow like state, transition, action,…, going to having having complicated states, sub-states and parallel states and the tricks of dealing with events specially among parallel states.

Course Curriculum

Chapter 1: Matlab

Lecture 1: Introducing Matlab

Lecture 2: GUI

Lecture 3: Creating Variables

Lecture 4: Basic Data Types

Lecture 5: Non-Numeric Data Types

Lecture 6: Introduction to Arrays

Lecture 7: Generating Arrays and Matrices

Lecture 8: Cell Arrays, Table and Character Overview

Lecture 9: Assembling Data

Lecture 10: Basic Arithmetic Operations

Lecture 11: Relational Operations

Lecture 12: Logical Operations

Lecture 13: Indexing

Lecture 14: Cell Array Indexing

Lecture 15: Example

Lecture 16: Useful Functions

Lecture 17: Example 2

Lecture 18: Useful function 2

Lecture 19: Complex numbers

Lecture 20: Introduction to Scripts

Lecture 21: Nested Scripts

Lecture 22: Introduction to User Defined Functions

Lecture 23: Introduction to Workspaces

Lecture 24: Interaction Among Workspaces

Lecture 25: Introducing Flow Control

Lecture 26: If Condition

Lecture 27: Switch Statement

Lecture 28: For Loop

Lecture 29: While Loop

Lecture 30: Breaking The Loop

Lecture 31: Example 3

Lecture 32: Introduction to Visualization

Lecture 33: 2D Line Plot

Lecture 34: 2D Area Plot

Lecture 35: 3D Linear Plot

Lecture 36: 3D Surface Plot

Lecture 37: Dealing With Files

Lecture 38: Interacting With Excel

Lecture 39: Interacting With Text Files

Lecture 40: More About Tables and Arrays

Lecture 41: Final Tips and Notes

Chapter 2: Simulink

Lecture 1: Introducing Simulink

Lecture 2: GUI

Lecture 3: The First Model

Lecture 4: Solver Options

Lecture 5: Example 1

Lecture 6: Example 1'

Lecture 7: Example 1''

Lecture 8: Example 1'''

Lecture 9: Define Your Parameters

Lecture 10: Example 1''' Continued

Lecture 11: Which Block Goes First

Lecture 12: Simulink Library

Lecture 13: Continuous

Lecture 14: Discontinuous

Lecture 15: Discrete

Lecture 16: Logical Operations

Lecture 17: Look-Up Tables

Lecture 18: Math Operations

Lecture 19: Signal Routing

Lecture 20: Data Types

Lecture 21: Functions

Lecture 22: Sinks

Lecture 23: Sources

Lecture 24: Subsystems

Lecture 25: Virtual, Non-Virtual and Order

Lecture 26: Non-Virtual and Order

Lecture 27: Flow Control: Enable

Lecture 28: Flow Control: Trigger

Lecture 29: Flow Control: If Condition

Lecture 30: Flow Control: Switch Case

Lecture 31: Flow Control: Enable and Trigger

Lecture 32: Flow Control: Resettable

Lecture 33: Flow Control: Repeating

Lecture 34: Function Call Subsystem

Lecture 35: Variant Subsystem

Lecture 36: Overall View

Lecture 37: Reuseability

Lecture 38: Parameterize Your Library

Lecture 39: Example 2

Lecture 40: Example 2'

Lecture 41: Example 3

Lecture 42: Advanced Visualization

Lecture 43: Debugging

Lecture 44: Final Tips and Notes

Chapter 3: Stateflow

Lecture 1: Introducing Stateflow

Lecture 2: Basic Elements

Lecture 3: A/C System

Lecture 4: Execution Flow

Lecture 5: More Actions 1

Lecture 6: More Transitions 1

Lecture 7: Stateflow Language

Lecture 8: States Inside a State

Lecture 9: Keep The History

Lecture 10: More Transitions 2

Lecture 11: Parallel States

Lecture 12: More Actions 2

Instructors

Mahmoud Hassanien
Model Based Design Engineer

Rating Distribution

1 stars: 4 votes
2 stars: 13 votes
3 stars: 55 votes
4 stars: 147 votes
5 stars: 194 votes

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