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Embedded System Design with ARM
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Lecture 01: Introduction to Embedded Systems
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Lecture 02: Design Considerations of Embedded Systems
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Lecture 03: Microprocessors and Microcontrollers
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Lecture 04: Architecture of ARM Microcontroller (Part I)
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Lecture 05: Architecture of ARM Microcontroller (Part II)
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Lecture 06: Architecture of ARM Microcontroller (Part III)
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Lecture 07: ARM INSTRUCTION SET (PART I)
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Lecture 08: ARM Instruction Set (Part II)
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Lecture 09: ARM INSTRUCTION SET (PART III)
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Lecture 10: ABOUT THE STM32F401 NUCLEO BOARD
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Lecture 11: PWM AND INTERRUPT on STM32F401
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Lecture 12: Digital to Analog Conversion
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Lecture 13: Analog to Digital Conversion (Part I)
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Lecture 14: Analog to Digital Conversion (Part II)
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Lecture 15:Output Devices, Sensors and Actuators (Part I)
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Lecture 16:Output Devices, Sensors and Actuators (Part II)
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Lecture 17: Output Devices, Sensors and Actuators (Part III)
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Lecture 18: Microcontroller Development Boards
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Lecture 19: Mbed C Programming Environment
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Lecture 20: Interfacing With STM32F401 Board
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Lecture 21: Interfacing with Arduino UNO
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Lecture 22: Interfacing 7-Segment LED and LCD Displays (PART I)
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Lecture 23: Interfacing 7-Segment LED and LCD Displays (PART II)
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Lecture 24: Serial Port Terminal Application (Coolterm)
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Lecture 25: Experiment with Temperature Sensor
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Lecture 26: Experiment With LDR Light Sensor (PART I)
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Lecture 27: Experiment With LDR Light Sensor (PART II)
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Lecture 28: Experiment with Speaker
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Lecture 29: Experiment with Microphone
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Lecture 30: Design of Control System
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Lecture 31: Experiments with Relay
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Lecture 32: Experiments on Speed Control of DC Motor
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Lecture 33: Experiment with Multiple Sensors and Relay
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Lecture 34: Introduction to Internet of Things
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Lecture 35: GSM and Bluetooth
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Lecture 36: Design of a Home Automation System
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Lecture 37: Design of a Simple Alarm System Using Touch Sensor
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Lecture 38:Accelerometer
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Lecture 39: Experiment using Accelerometer
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Lecture 40: Experiment using Bluetooth
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Lecture 41: Experiment with Gas Sensor
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Lecture 42: Summarization of the Course
Description:
COURSE OUTLINE: This course will discuss about the basic concepts of embedded system design, with particular emphasis on hands-on and demonstration sessions on system design using ARM microcontrollers. Keeping in view of the recent developments, this course will be based on state-of-the-art microcontroller boards and programming environments. This course will also help the participants to understand the developmental aspects of Internet of Things (IoT) based designs.

Embedded System Design with ARM

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#Engineering #Electrical Engineering #Embedded Systems #Programming #Control Systems #Signal Processing #Analog-to-Digital Conversion
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Embedded System Design with ARM