3. FreeRTOS Implementation Basics - Teknowgrade

Embedded System 3. FreeRTOS Implementation Basics

Embedded System

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Module 1: Introduction to Embedded Systems

1. What is an Embedded System?

2. Applications and Real-world Use Cases

3. Embedded vs General Purpose Systems

Module 2: Embedded System Architecture

1. Microcontrollers vs Microprocessors

2. Components: CPU, RAM, ROM, I/O Ports

3. Harvard vs Von Neumann Architecture

Module 3: Programming in Embedded C

1. C Programming Basics

2. Bitwise Operations

3. Registers & Memory Mapping

Module 4: Working with Arduino (AVR-based)

1. Digital & Analog I/O

2. PWM, Timers, Interrupts

3. Interfacing Sensors (DHT11, IR)

4. Interfacing Sensors (DHT11, IR)

Module 5: Interfacing Peripherals

1. LCD, Keypad, Servo Motor, DC Motor

2. I2C, SPI, UART Communication

3. EEPROM Read/Write

Module 6: Real-Time Operating Systems (RTOS)

1. What is RTOS?

2. Tasks, Scheduling, Semaphores

3. FreeRTOS Implementation Basics

Module 7: ARM Cortex and STM32 Platform

1. STM32 Architecture Overview

2. Keil uVision & STM32CubeIDE Setup

3. GPIO, ADC, Timers using STM32

Module 8: Capstone Projects

1. Home Automation System

2. Temperature-based Fan Controller

3. IoT-based Sensor Data Logger

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