Unit 1 Basics of ARM Controllers

• The Acorn RISC Machine
• Architectural inheritance
• The ARM Programmer’s model
• ARM development tools [1]

Unit 2 ARM Architecture & Assembly Language Programming

6 lecture hours

• The General Purpose Registers in ARM, The ARM Memory Map, Load and Store Instructions in ARM, ARM CPSR
• ARM Data Format & Directives
• Introduction to ARM Assembly Programming
• Assembling an ARM Program
• The Program Counter and Program ROM Space in ARM, Some ARM addressing modes
• RISC Architecture in ARM, Viewing Registers and Memory with ARM Keil IDE.[2]

Unit 3 Arithmetic and Logic Instructions & Program

5 lecture hours

• Arithmetic Instructions
• Logic Instructions
• Rotate and Barrel Shifter
• Shift and Rotate Instructions in ARM Cortex
• BCD and ASCII Conversions.[2]

Unit 4 Branch, Call and Looping in ARM

• Looping and Branch Instructions
• Calling Subroutine with BL, ARM Time Delay and Instruction Pipeline
• Conditional Execution [2]

Unit 5 Signed Numbers and IEEE 754 Floating Point

2 lecture hours

• Signed Numbers Concept
• Signed Number Instructions and Operations
• IEEE 754 floating point standards[2]

Unit 6 ARM Programming Using C

• Overview of C compilers and Optimization
• Basic ‘C’ data types
• C looping Structures
• Register Allocation.[3] 05 Subject Code: 3170914 w.e.f

Unit 7 Exception & Interrupt Handling

• ARM Processor Exception and Modes
• Vector Table
• Exception Priorities
• Link Register Offsets
• Assigning Interrupts
• Interrupt Latency
• IRQ and FIQ exceptions
• Basic Interrupt Stack Design and Implementation[3] 05 8* Microcontroller development Boards: About STM32F401 Nucelo board
• PWM and the Interrupt on STM32F401
• Mbed C Programming Environment.[4]
• 03 9* Interfacing of Microcontroller development Boards: Interfacing of STM32F401 Board
• Interfacing LED and LCD, Serial port terminal application
• Interfacing of temperature sensor
• Interfacing of LDR light sensor
• Speaker interfacing
• Microphone interfacing
• Speed control of DC motor using STM32
• Accelerometer and its interfacing with STM32
• Bluetooth interfacing
• Interfacing of gas sensor with STM32 [4] 12 *Students are advised to refer NPTEL course of “Embedded system Design with ARM” by Indranil Sengupta & Kamalika Datta and download course (but not limited to) Lecture Nos: 10, 11, 15, 16, 18, 19, 20, 22, 23, 24, 25, 26, 28, 29, 32, 38, 39, 40, 41 for understanding topics given in Sr
• No 8 and Sr
• (Link: https://nptel.ac.in/courses/106/105/106105193/)