Introduction to Computer Architecture & Microcontroller

Introduction; Fixed Point & Floating Point theory

Fixed and Floating Point problems

Functional units of computer Part 1

Functional units of computer Part 2; Von Neumann and Harvard Architecture

CISC and RISC Architecture

Processor Architecture Part 1

Processor Architecture Part 2

Processor Operation

Algorithm of binary multiplication shift and adders

Algorithm of binary multiplication booth

Algorithm of binary division

Notes - Module 1

17 pages

Introduction

Micro controllers; Micro controller vs Micro processor

Embedded processor

8051 Micro controller

8051 Architecture

Special function Registers (8051) - Part 1

Special function Registers (8051) - Part 2

Internal Memory

Stack of 8051; Interrupts

Timer 8051; Tmod Register

Assembly language program [ALP]

Addressing modes; Instruction Set - 8051

Instruction set example; Problem

Logical Instructions

Notes - Module 2

24 pages

Introduction

Numerical exercises Part 1

Numerical exercises Part 2

Interfacing 8051 with ALP; Problems

Interfacing 8051 With Seven Segment LED Display

Problems related to Interfacing 8051 with Seven Segment LED Display; 8051 C Programming

C Programming 8051 Part 1

C Programming 8051 Part 2

C Programming 8051 Part 3

C Programming 8051 Part 4

C Programming 8051 Part 5

Notes - Module 3

30 pages

Introduction

8051 Timer/Counter Part 1

8051 Timer/Counter Part 2

Numericals

ARM Microcontroller Part 1

ARM Microcontroller Part 2

ARM Microcontroller Part 3; System software

8051 Serial Data Transfer Part 1

8051 Serial Data Transfer Part 2

8051 Serial Data Transfer Part 3

Notes - Module 4

21 pages

Introduction

Memory System Part 1

Memory System Part 2

Memory System Part 3

Cache Memory

Cache Mapping

Cache Mapping Techniques Part 1

Cache Mapping Techniques Part 2

Virtual Memory

Paging

Input/Output Organisation

Notes - Module 5

18 pages