Learn MATLAB for Free (MATLAB Course)

by admin in Matlab on May 12, 2019

MATLAB is one of the premiere programming languages in engineering, science, and economics. Arash Vafanejad is ready to guide you from beginning programmer to MATLAB master. Each lesson is completely hands-on with the actual program and homework projects allow you to practice what you have just learned. The course covers everything from Arrays & Matrices, to Logic, Program Design, Graphics, Loops, and even Simulink. Arash Vafanejad is a current PhD. candidate at the University of Southern California (2014 expected) in Electrical and Electronics Engineering. He has used MATLAB in all his studies and also taught numerous classes of students the intricacies of MATLAB.

Course Link: https://bit.ly/2LD97rH

Course Content:

Section 1: Introduction
MATLAB Essentials, Part 18:36
Intro0:00
Purpose of MATLAB0:17
Interactive Use0:39
Accessing MATLAB1:50
MATLAB Command Line2:06
Navigating MATLAB Page3:24
Limits3:40
Predefined Value4:10
Variables4:48
Exponentials6:59
Changing Defined Values7:19
Whos Function7:45
MATLAB Essentials, Part 27:39
Intro0:00
General Functions0:06
Date0:09
Calendar0:14
Commands0:21
Command Versus Function0:29
Scalars Versus Arrays0:50
Plot Command3:14
Ezplot3:49
Help4:30
Magic (22)5:28
Plotting 3D Graph6:54
Section 2: MATLAB Fundamentals
Introduction to Programs6:42
Intro0:00
Help Function0:09
Command History1:09
Navigating1:14
Current Folder1:20
Resize and Undocking Windows1:31
Sample Program1:49
Example: Interest Calculator3:28
Interpreter Versus Compiler5:10
Arrays & Matrices 7:06
Intro0:00
What is a matrix?0:12
What is vector?0:23
Initializing Array0:52
Checking Vector Size1:38
Using Commas1:56
Linspace3:06
Subscript4:40
Matrices5:53
Using Semicolon6:07
Transposing Matrix6:44
Operator, Expression & Statements13:26
Intro0:00
Scratchpad0:14
Expressions0:54
Numbers1:04
Eps3:03
Realmin3:24
Realmax3:27
Data Types3:37
Default Data Types3:44
Double Precision3:47
Precedence of Operators4:19
What Are Arithmetic Operators?4:49
Combining Operations5:24
Precedence Rules5:36
Parenthesis5:53
Power, Multiplication and Division6:12
Addition and Subtraction6:18
Arithmetic Operation on Arrays6:54
Expressions8:21
Ans9:09
Statements9:19
Multiple Statements11:50
Repeating With For14:21
Intro0:00
Repetition0:19
Newton’s Method1:39
Factorials4:11
Limit of a Sequence6:03
Basic For Construct9:23
Example: Leaving Out For12:26
Decisions, Part 1 14:35
Intro0:00
If Function0:13
Rand0:44
Meaning of “1” and “0”1:53
If-Else Construct3:48
Elseif8:43
Using Elseif10:44
Logical Operators12:13
&, |, ~12:33
Decisions, Part 2 8:53
Intro0:00
Multiple Ifs Versus Elseif0:09
Nested Ifs2:24
Example Nested If2:52
Vectorizing Ifs4:45
Switch5:12
Last Notes on MATLAB Introduction 9:47
Intro0:00
Complex Numbers0:12
i0:30
j0:39
Square Root1:19
Exponential1:30
Z1:38
Absolute Value2:09
Angle2:11
Circle2:44
Axis3:29
Complex Conjugate Transpose5:24
Input/ Output5:52
Input Statement6:48
Help9:19
Section 3: Logical Vectors
Logical Vectors, Part 1 11:23
Intro0:00
Executing a Logical Operation1:24
Vector1:43
Discontinuous Graphs2:50
Avoiding Division By Zero5:03
Epsilon6:35
Rolling Dice7:49
Rand8:09
Floor8:24
Finding Percentage9:46
Logical Vectors, Part 2 11:40
Intro0:00
Logical Operators and Vectors0:09
Logical Functions1:09
Any1:19
Exist2:00
Find(x)2:20
Defining a New Vector3:31
Logical Vectors Instead of Elseif Ladders4:35
Example: Tax4:45
If ti6:04
Elseif ti6:25
Executing in MATLAB7:51
Example: Using Logical Vector8:21
Section 4: Program Design
Program Design & Algorithm Development 19:36
Intro0:00
Problem Analysis0:36
Problem Statement0:57
Processing Scheme1:06
Algorithm1:16
Program Algorithm1:52
Evaluation2:12
Application3:11
Example: Projectile3:54
Example Executed in MATLAB9:41
Txmax11:19
Xmax11:43
Computing Speed and Angle Direction of Projectile13:27
Velocity14:11
Computing Time and Horizontal Distance at Max. Altitude15:05
Display Altitude16:10
Num2str16:55
Plot17:22
Figure18:25
Section 5: Graphics
Graphics, Part 19:14
Intro0:00
Plot Statement0:27
Straight Line Graphs2:29
MATLAB Easy-to-Use Plotting Commands3:38
Labels4:17
Example: Label4:36
Xlabel6:33
Ylabel6:51
Line Styles, Markers and Color7:05
Zooming In9:01
Graphics, Part 217:20
Intro0:00
Multiple Plots on the Same Axis0:07
Hold On0:53
Plotyy2:44
Plot (x) (y)3:34
Subplots4:39
Figure9:15
Graphical Input10:06
Logarithmic Plots11:48
Polar Plots12:57
Fplot14:29
Graphics, Part 318:37
Intro0:00
Comet32:37
Mesh Surfaces3:02
Visualizing Vector Fields5:29
Contour6:49
Voltage Field and Gradients10:03
Rotation of 3D Graphs10:30
Rotation Angles12:30
Polar Angle13:26
Pause Command14:37
Other Cool Graphics Functions14:59
Area15:14
Bar16:20
Compass16:48
Errorbar17:17
Section 6: Loops
Loops 10:38
Intro0:00
Powerful Force Statement and Determinate0:11
Indeterminate Repetition0:36
Binomial Coefficient0:50
For Loop2:40
Determinate Repetition Using For3:40
Indeterminate Repetition Using While3:49
A Guessing Game4:12
Create Steps to Build a Program6:06
Implement with Syntax in MATLAB6:08
Fixing Code Error8:44
Condition and Loop10:00
While 17:01
Intro0:00
Doubling Time of an Investment0:33
Create Steps0:57
Translate Into Code2:22
Conditions and Loops4:57
Determinate For Loop Unavailability5:07
Prime Numbers5:27
Create Steps6:59
Compute in MATLAB11:11
Break and Continue12:05
Menu13:37
Menu Window15:27
Do This and Do That15:33
Value of K16:44
Section 7: Project
Projectile Problem16:33
Intro0:00
Projectile Problem0:12
Air Resistance3:27
Location of Projectile4:58
Example in MATLAB6:20
Air Friction (k)6:28
Gravitational Force (g)6:32
Dt6:41
Solving Differential Equation10:59
Determining If/When the Object Hits the Ground11:59
xhit12:51
Chart15:39
Section 8: Function M-Files
Function M-Files, Part 112:55
Intro0:00
Type0:21
Type Sin0:33
Type Fzero0:55
M-file Versus Script File1:10
Inline Objects1:54
Input Argument4:29
Function M-file6:01
Defining Function7:24
Function Y8:14
Relative Error9:36
Creating Finite Steps9:58
Display10:58
Function M-Files, Part 214:14
Intro0:00
Calculating Mean and Average0:27
Dummy Variables2:59
Multiple Input/ Output Arguments4:05
Function Names4:35
Adding Comments4:56
h-1 Line5:31
Local Variables5:57
Global Variables6:52
Defining Global Variables7:15
Persistent Variables8:17
Clearing Persistent Variables9:49
Subfunctions12:12
P-code Files13:03
Function M-Files, Part 311:54
Intro0:00
Feval2:00
Example: Rewriting Procedure as Newton Function2:35
Defining Function2:50
Overview: How to Use Function5:43
Command/Function Duality6:18
Example6:59
Debugging a Script7:22
Breakpoint Alley8:02
Debugging a Function10:09
Section 9: Graphics Continued
More on Graphics 11:13
Intro0:00
Animation0:07
Get Frame Function0:33
Execute in MATLAB1:30
Movie Function1:44
Handle Graphics Facility2:29
Example2:32
P = Plot4:35
Xor5:02
Drawnow5:35
Creating 3D Plot7:28
Graphical User Interface, Part 1 7:25
Intro0:00
GUIDE0:53
GUIDE Quick Start Menu1:09
Push Button1:54
Property Inspector2:06
Push Button Name2:26
Edit Callback3:13
Clock Function3:56
String Property6:23
Get Call Back Object (GCBO)6:31
Set6:68
Graphical User Interface, Part 2 9:33
Intro0:00
Static Text0:39
Changing Font0:59
Push Button1:10
Edit Text Versus Static Text1:49
Changing Text2 Tag Name4:00
Adding Program Routine to MATLAB4:51
String5:01
Changing String to Numbers5:15
Where to Add Program8:56
Section 10: Dynamical Systems
Dynamical Systems 12:45
Intro0:00
Cantilever Beam1:10
Examining Flow of Electric Current1:37
Using MATLAB2:06
Modulus of Elasticity4:40
Moment of Inertia4:48
Equation in MATLAB5:26
Changing Property of Line Width6:36
Deflection of Beam Graph8:06
Electrical Current Figure8:21
Equation for Finding Relation Between Voltage and Current9:00
Graph of Solution12:09
Section 11: Simulation
Examples of Simulation 10:45
Intro0:00
Example: Flipping Coins0:34
MATLAB Equation1:18
Changing Value of N3:14
Example: Roll of Dice3:49
Example: Random Walk4:44
Illustration5:17
MATLAB Equation7:27
Probability10:16
Section 12: Numerical Methods
Numerical Methods 22:20
Intro0:00
Integration0:14
Non-Well Behaved Functions0:28
Example: Integration1:18
Trapezoidal Rule1:47
Numerical Method5:39
Quad Function7:41
Symbolic Variables8:18
Numerical Differentiation9:15
Diff10:50
First Order Differential Equation12:40
Euler’s Method14:18
Exponential Growth17:35
Limitations of Euler’s21:44
Section 13: Simulink
Simulink 9:37
Intro0:00
What is Simulink?0:04
Simulink Library0:14
Sine Wave1:13
Add Noise1:22
Scope1:42
Properties2:18
Limit Data Points2:37
Configuration Parameters3:48
MATLAB Demos4:45
Bouncing Ball Method5:37
Double Bouncing Ball Method, Animation7:25
Non-Adaptive Model8:18
Zero-Crossing Control8:35

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