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Description of  Model Based Design - Build Embedded Systems With Simulink

Published 12/2023 MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz Language: English | Size: 2.39 GB | Duration: 3h 1m Model Based Design: From Requirements to Testing on Hardware What you'll learn Understand the concept of Model Based Design Deploy Code on Microcontroller Test Code on Real Hardware Requirements Analysis Interface Sensors and Actuators with Microcontroller How to Read and Write Digital Signals Read Analog Signals Measure Distance Using Ultrasonic Sensor Use LDR (Photoresistor) Develop Algorithm for Rotary Encoder Algorithm for Infrared Sensor DC Motor Control using Digital and Analog Signals Requirements Description Overview Section 1: Introduction Lecture 1 Introduction to Model Based Design Lecture 2 MBD Example (DC Motor Control - Part 1) Lecture 3 MBD Example (DC Motor Control - Part 2) Section 2: Tools and Development Techniques Lecture 4 Introducing the Software Architecture Lecture 5 Tools installation Guide Lecture 6 Model Configuration Section 3: Digital Inputs and Outputs Lecture 7 Digital Input and Output (Part 1 - Modeling) Lecture 8 Digital Input and Output (Part 2 - Deploy on HW ) Lecture 9 Directional Lights System Section 4: Analog Signals Lecture 10 Analog Input - Potentiometer Lecture 11 Analog Input - LDR Lecture 12 DC Motor Speed Control (Part 1) Lecture 13 DC Motor Speed Control (Part 2) Lecture 14 DC Motor Speed Control (Part 3) Section 5: Miscellaneous Topics Lecture 15 Ultrasonic Sensor Lecture 16 Infrared Obstacle Avoidance Sensor Lecture 17 Rotary Encoder (Part 1) Lecture 18 Rotary Encoder (Part 2) Lecture 19 Rotary Encoder (Part 3) Section 6: Tasks - ( Optional ) Lecture 21 Directional Lights System Update Lecture 22 Motor Speed Control Update