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[lovewarez]

Matlab, Simulink and Stateflow
Published 1/2023
Created by Mahmoud Hassanien
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 124 Lectures ( 14h 15m ) | 5.63 GB​

Model Based Design and Simulation

What you'll 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

Requirements
No programming experience needed however, understanding of what a program or code does is needed
Engineering background
Basic understanding of some concepts like dynamical systems and simulations

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[KatzSec DevOps]

lovewarez salamat sa pag contribute. Next time always upload your files sa

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para siguradong di ma dedeadlink. Let's keep on sharing to keep our community running for good. This community is built for you and everyone to share freely. Let's invite more contributors para mabalik natin sigla ng Mobilarian at tuloy ang puyatan.

 

[r3x_msk]

Matlab, Simulink and Stateflow
Published 1/2023
Created by Mahmoud Hassanien
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 124 Lectures ( 14h 15m ) | 5.63 GB​

Model Based Design and Simulation

What you'll 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

Requirements
No programming experience needed however, understanding of what a program or code does is needed
Engineering background
Basic understanding of some concepts like dynamical systems and simulations

Please, Log in or Register to view codes content!

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Receiving the engineering-related file fills me with immense gratitude, and I feel compelled to express my appreciation. This file is an invaluable resource that will greatly aid me in my studies, and I am genuinely grateful to have it. The fact that someone took the time and effort to send it to me shows how much they care and support my academic success, which is incredibly heartwarming. I cannot thank them enough for their generosity and kindness in sharing this resource with me, and I will make sure to put it to good use.

salamat @lovewarez