1040235440
                                              EMBEDDED SYSTEMS
L T P C
PRACTICUM 2 0 4 4
Unit I Introduction to Embedded System
Definition of Embedded System – Features of Embedded System – Types of
Embedded System – List of Embedded System Devices – Harvard and Von-Neumann
architectures – RISC and CISC Processors. ARM Processor Architecture
Fundamentals: Block diagram of ARM based embedded system with hardware
components – Data Flow Model
6
Ex.No Name of the Experiment
1 Study of ARM Processor Kit 3
Unit II ARM INSTRUCTION SET
Instruction Set ARM state instruction set – Data processing instructions – Branch
instructions Load-store instructions – Software interrupt instruction. Simple programs:
Addition, Subtraction and Multiplication using ARM processor assembly language.
6
Ex.No Name of the Experiment
2 Write assembly language program for addition, subtraction and simulate
12
3 Write assembly language program for multiplication and simulate
4 Write assembly language program to find smallest of N numbers and
simulate
5 Write assembly language program to find largest of N numbers and
simulate
Unit III ARM Core Based Microcontroller
Architecture of LPC 2148, Memory Addressing, IO ports, Basics of Timers/counter,
ADC, UART, Interrupts, and Embedded C programming (introduction only)
6
Ex.No Name of the Experiment
6 Write and execute C program to blink the LEDs using on chip
TIMER/COUNTER for the delay (Using Polling method) 6
7 Write and execute C program to blink the LEDs using on chip
TIMER/COUNTER for the delay (Using Interrupt method)
(v)
8 Write and execute C program for serial transmission and reception using
on chip UART. Send the received character back to the PC by using
polling method 6
9 Write and execute C program for serial transmission and reception using
on chip UART. Send the received character back to the PC by using
interrupt method
10 Write and execute C program to display a number in seven segment LED
6
11 Write and execute C program to blink the LEDs using software delay
routine.
12 Write and execute C program for accessing an internal ADC and display
the binary output in LEDS
3
Unit IV Embedded OS AND RTOS
Introduction to OS – Functions of OS – Embedded OS Foreground/background
systems – Real time system concepts – Resources – Multitasking – Scheduler – Round
Robin – Non preemptive and Preemptive scheduling-task priorities – Event flag –
Mutual exclusion
6
Unit V Raspberry Pi
Introduction to the Raspberry Pi, basic functionality of the Raspberry Pi board and
its processor, setting and configuring the board, programming on Raspberry Pi,
Python programming environment, General purpose IO pins, protocol pins, GPIO
library, communicating with devices and sensors
6
Ex.No Name of the Experiment
13 Design or Raspberry Pi Pico based Traffic Light Control System 9
14 Design or Raspberry Pi Pico based Temperature Monitoring System
15 Design or Raspberry Pi Pico based motor speed Control System 9
Revision 15
Total Hours 90
(