Computer Organization And Architecture 2024

Number Sytems - Logic Gates-Functional Units - Memory Hierarchy-Addressing Modes-Design of ALU- Fast Multiplication

What you'll learn

Students will be facilitated to solve the different types of problems in Number System and realization of different circuits using logic gates.

Insight into the functional units of a computer enables one to decide about hardware design. Memory hierarchy helps in writing more efficient code

Learning about instruction sequencing and addressing modes equips on how computers execute tasks , improved programming tasks and optimized hardware design

Comprehending the design ALUs is crucial for the development of optimized algorithms hardware systems contributing to advancements in technological domains

The application of fast multiplication and division contributing to the capability of computing systems in addressing large-scale computational challenges

Requirements

Beginners interested in Computer Organization and Architecture and Real Time Applications

Description

This Course Learning  concepts forms the bedrock for understanding how computers function at a fundamental level.  It also provides a framework for more advanced learning in computer science, engineering, and related fields. 1.Students will be facilitated to solve the different types of problems in Number System and realization of different circuits using logic gates. 2. Insight into the functional units of a computer enables one to decide about hardware design. Knowledge of memory hierarchy and functional units helps programmers write more efficient code. Understanding how data is stored and accessed enables them to optimize algorithms and utilize memory resources effectively, leading to faster and more efficient software. 3.Learning about instruction sequencing and addressing modes equips on how computers execute tasks , improved programming tasks and optimized hardware design. It aids in creating better-performing hardware and software configurations. 4.Comprehending the design ALUs is crucial for the development of optimized algorithms hardware systems contributing to advancements in technological domains. It enhances problem-solving skills in diagnosing and resolving system-related problems. 5.The application of fast multiplication and division contributing to the capability of computing systems in addressing large-scale computational challenges.Thus this course   translates into practical skills and knowledge that are highly applicable across various technological domains, fostering both personal and professional growth.

Overview

Section 1: Introduction to Number systems and Logic Gates

Lecture 1 Number System Conversion

Lecture 2 Conversions between different Number Systems-Binary, Decimal, Octal, Hexadecimal

Lecture 3 Procedure for Binary to Gray code and Gray to Binary code conversion

Lecture 4 Procedure for BCD Addition

Lecture 5 Logic Gates-AND, OR, NOT, NAND, NOR, EX-OR, EX-NOR

Lecture 6 Universal gates(NAND ,NOR gates)

Section 2: Basic Operational Concepts ,Functional Units and Memory Hierarchy in Computer

Lecture 7 Basic structure of computers

Lecture 8 Functional units of a computer and memory hierarchy in computer

Lecture 9 Execution of an Complete Instruction

Lecture 10 Bus structure-Single and Double bus structure

Lecture 11 Multiple bus structure

Lecture 12 Memory Hierachy

Lecture 13 Big Endian and Little Endian method of memory addressing

Section 3: Instructions,Instruction Sequencing and Addressing Modes

Lecture 14 Steps Involved in an Instruction Cycle

Lecture 15 Instruction Execution and Straight Line Sequencing

Lecture 16 Types of Instructions

Lecture 17 Addressing Modes

Section 4: Design of Arithmetic and Logic Unit

Lecture 18 Design of Half adder and Full adder

Lecture 19 Implementation of full adder using two half adder and OR gate

Lecture 20 Binary adder /Subtractor (Parallel Adder/Subtractor)

Lecture 21 Binary adder and how binary adder used as subractor using XOR gate

Section 5: Methodologies performed for Fast Multiplication and Division in a Computer

Lecture 22 BOOTH BIT PAIR RECODING ALGORITHM FOR SIGNED MULTIPLICATION

Lecture 23 Fast Carry Save Addition of summands

Lecture 24 Restoring Division calculation

Lecture 25 Non Restoring Division Calculation

Beginners who are curious about computer organization and architecture