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Day 1
Session 1

Introduction to Embedded System

• What is an Embedded System?
• Essential characteristics of embedded system
• Hard Real Time System & soft Seal Time System
• Example of different embedded systems

μP Vs μC and different Architectures:

• What are μP & μCs, block diagram and difference between them?
• Classification and selection of microcontrollers for embedded applications
• Processor terminologies, architecture and difference between them:
• 8-bit Vs 16-bit Vs 32-bit Vs 64-bit
• CISC Vs RISC
• Von Neumann Vs Harvard
• I/O mapped I/O Vs Memory
• Non-Pipelined Vs Pipelined

Introduction to the World of Opportunity with 32-bit ARM Cortex Microcontroller:

• Why to use ARM microcontroller
• ARM processor family
• Meaning of ARM terminologies
• Byte, Word and Half-word
• Applications of ARM Processors
• ARM Cortex architecture
• ARM Cortex M0

ARM ARCHITECTURE

• Introduction to ARM Architecture
• Harvard and Von-Neumann Architecture
• Block Diagram
• Functional Diagram

Session 2

OVERVIEW OF ARM- INSTRUCTION SET’S

• 32-bit instruction set
• 16-bit instruction set

ARM CORTEX WORKSHOP

• 8-bit instruction set

PIN CONTROL BLOCK

• Phase Lock Loop
• Pin Configuration
• Pin Connect Block
• General Purpose I/P

EMBEDDED C PROGRAMMING

• Difference between C and Embedded C
• Compiler handling
• Creating and modifying projects in Compiler Conventional programs
• Basic Embedded programs structure
• Getting your programs into a compiler, writing your programs

INTRODUCTION TO REAL WORLD INTERFACE
Led interfacing

• Glowing of led
• Blinking of led
• Running of led

Micro switch Interfacing

• Circuit/connection details of the switches
• Development & testing of various switch based programs

Day 2
Session 2

DISPLAY DEVICES

• Introduction to display devices
• Different types of display devices
• Need of the display devices
• Schematics of the LCD
• LCD Instruction set
• LCD hardware configuration
• Interfacing LCD (16*2)
• Display the Name
• Display the Number

ACTUATOR/MOTOR INTERFACING & CONTROL

• Types of actuators/motors
• AC motor
• DC motor
• Stepper motor

ARM CORTEX WORKSHOP

• DC geared motor
• Motor driver: using transistor & Relay
• Solid-state drivers: H-bridge IC drivers
• Programming & controlling DC Motor

SENSOR INTERFACING

• Introduction to Sensing Devices
• IR Sensor Interfacing
• Circuitry and Functioning of IR Sensor

INTERRUPT CONTROLLER

• Basics of interrupt
• Polling method
• Difference between polling and interrupt method
• Interrupt service routine (ISR)

Session 4
ARM CONTROLLER SERIAL PORT

• Basics of serial port (RS232)
• Types of connectors
• Interfacing pc with micro controller
• MAX 232 interface Hardware structure
• Serial port configuration (mode selection)
• UART0 and UART1 handling
• GSM module
• MAJOR PROJECTS
• STUDENTS QUERY
• QUIZ COMPETITION
• CERTIFICATE DISTRIBUTION

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