Arm Processor - From Basic To Advanced

Unlock the Potential of ARM: Mastering Architecture, Programming, and Optimization for Next-Generation Embedded Systems

What you'll learn

Comprehensive Understanding of ARM Architecture

Advanced System Concepts like MMU and TCM

AMBA Architecture and System Integration

Serial Communication Protocols

ARM Data Formats, Directives & Addressing Modes

ARM7 Assembly Instructions

Assembly and C Programming

Requirements

No Prior knowledge is needed. You will learn step by step from basic.

Basic C programming skill will be an added advantage in programming section.

Description

This ARM Microprocessor course is an advanced processor course, specially designed for engineering students who want to enter the field of Embedded systems and is also helpful for working professionals. This is a unique course in the online marketplace.This ARM Processor core has been widely used in many application areas such as Mobile, PC, Laptop, Printer, Automobile, and many more. It is considered the most advanced architecture due to its high performance, less power consumption, and long life.After understanding this ARM Microprocessor, especially ARM7 in this course, it will be the stepping stone to understanding some advanced architectures such as ARM9, Cortex A, Cortex M and Cortex R, etc.This course covers the theory and programming of ARM7-based LPC2148 microcontroller, both in assembly and C, and some software tools needed for programming.This course covers the following topics.- History and Cores of ARM- Features of ARM- RISC, CISC, Harvard, and Von Neumann Architecture- ARM7 Architecture/Data Flow Model- ARM and Thumb State- ARM7 Operating Modes and Programming Model- ARM7 Interrupts- AMBA Architecture- Paging and MMU concepts of ARM- Buffer, Cache, TCM Concept- SPI/I2C and UART Protocols- Addressing Modes of ARM7- Assembly Instructions of ARM7- Assembly and C Programming of ARM 7I have covered this entire course in a simple English language so that majority of students can easily follow it.So, go through this entire course step by step and I am pretty sure that you will get thorough knowledge about this most advanced ARM Processor.All the best…

Overview

Section 1: Introduction to Course

Lecture 1 Introduction

Section 2: Introduction to ARM Processor

Lecture 2 Development History of ARM

Lecture 3 ARM IP Core

Lecture 4 Comaparison of Coretex A, M & R

Lecture 5 Features of ARM Processor

Lecture 6 RISC Design Philosophy

Lecture 7 RISC Vs CISC

Lecture 8 Von Neumann Vs Harvard

Lecture 9 Little Endian & Big Endian

Section 3: ARM7 Processor Basics

Lecture 10 ARM7 Data Types

Lecture 11 ARM7 Architecture

Lecture 12 CPSR of ARM7

Lecture 13 ARM State Vs Thumb State

Lecture 14 ARM7 Operating Modes

Lecture 15 ARM7 Programming Model

Lecture 16 ARM7 Pipelining

Lecture 17 ARM7 Interrupt

Lecture 18 Memory with ARM7

Lecture 19 AMBA

Lecture 20 Paging in ARM

Lecture 21 TLB & MMU in ARM

Lecture 22 MMU Advantages

Section 4: Memory Structure in Processor

Lecture 23 Cache Memory

Lecture 24 Buffer Vs Cache

Lecture 25 TCM Vs Cache

Section 5: Serial Communication Protocols

Lecture 26 I2C Protocol

Lecture 27 SPI Protocol

Lecture 28 I2C Vs SPI Protocol

Lecture 29 UART

Lecture 30 USB

Lecture 31 RS 232

Section 6: Basic of Programming in Processor

Lecture 32 Assembly Vs C

Lecture 33 Optimization of Embedded C Programming

Lecture 34 ARM Development Tools

Section 7: ARM Data formats, Directives & Addressing Modes

Lecture 35 ARM Data Types

Lecture 36 ARM Assembler Directives

Lecture 37 Addressing Modes of ARM7

Section 8: ARM 7 Instructions

Lecture 38 Conditional Instructions

Lecture 39 Data Transfer Instructions

Lecture 40 Load & Store Instructions

Lecture 41 Arithmatic Instructions

Lecture 42 Multiplication Instructions

Lecture 43 Logical Instructions

Lecture 44 Stack Instructions

Lecture 45 Flag Instructions

Lecture 46 Special Instructions

Lecture 47 Semaphore Instructions

Lecture 48 How to use Instructions in ARM7

Section 9: Assembly Programming

Lecture 49 Keil Installation Guide

Lecture 50 Keil Introduction for ARM7

Lecture 51 Data Transfer

Lecture 52 Array Addition

Lecture 53 Factorial

Lecture 54 Expression Evaluation

Lecture 55 Largest

Lecture 56 EvenOdd

Lecture 57 Bitwise Logical

Lecture 58 DectoHex

Lecture 59 P11 Hext to Dec

Section 10: LPC 2148 C Programming

Lecture 60 LPC2148 Features

Lecture 61 LED blinking

Lecture 62 SW LED

Lecture 63 7 Segment Interfacing

Lecture 64 LCD Interfacing

Lecture 65 PLL

Lecture 66 Timer

Lecture 67 Serial TX

Lecture 68 Serial RX

Section 11: Important Basic Microprocessor and Microcontroller Questions

Lecture 69 MP and MC Questions

Embedded Systems Engineers,Software Developers,Hardware Engineers,Students (Engineering, Diploma, Science),Tech Enthusiasts