Computer Architecture And Organization - Printable Version

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Computer Architecture And Organization - AD-TEAM - 03-13-2025

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Computer Architecture And Organization
Published 4/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 24.32 GB | Duration: 24h 0m

Attain Mastery in the Core Concepts of Computer Architecture and Organization with our 15+ Years experienced Faculty

What you'll learn

Computer Architecture Fundamentals

Instructions of Computer

Control Unit

Pipelining Concept

Execution Unit

System Bus Architecture

Memory Organization

IO Organization

Ability to Analyze and Optimize Computer Systems

Insight into Hardware-Software Interaction

After completing this course, you'll establish a robust foundation in the subject, poised for advanced exploration

Requirements

There is no specific prerequisite you will get step by step from basic

However a foundational understanding of digital electronics is good for grasping the concepts covered in this subject

Description

Computer organization is concerned with the structure and behavior of digital computers. The main objective of this subject is to understand the overall basic computer hardware structure, including the peripheral devices.This Computer Organization and Architecture course is specially designed for engineering students who want to understand how exactly computer architecture works and is also helpful for working professionals. This is a unique course in the online marketplace.This course is beneficial to the students of various branches such as Computer Engineering, Electronics, and Communication Engineering, IT Engineering, BCA, MCA, BSC-MSC IT, etc.This course covers the following topics.- Fundamentals of computer architecture and organization- Control unit- Machine Instruction and Microinstruction- Pipelining- Arithmetic Unit- System Bus- Memory Organization (Cache Memory)- Input Output OrganizationThe course on Computer Architecture and Organization delves into the foundational principles governing the design and functionality of computer systems. Students will explore the intricate relationship between hardware and software, understanding how computer components interact to execute instructions.Emphasis is placed on critical thinking and problem-solving skills, empowering students to analyze and optimize computer systems for efficiency and performance.This entire course is covered in very simple English language so that it is very easy to grasp core concepts for all class.By the end of the course, participants will have a comprehensive understanding of computer organization, equipping them with essential knowledge for future endeavors in the field of computing.All the best.

Overview

Section 1: Course Introduction

Lecture 1 Introduction

Section 2: Computer Architecture

Lecture 2 Introduction to COA

Lecture 3 Computer Architecture in COA

Lecture 4 Von Neumann Architecture

Lecture 5 Harvard Architecture

Lecture 6 Von Neumann Vs Harvard Architecture

Lecture 7 Flynn's Classification

Lecture 8 RISC & CISC Architecture

Lecture 9 Little Endian and Big Endian Computer

Lecture 10 Examples of Little Endian and Big Endian

Lecture 11 Exclusive Questions of Computer Organization

Lecture 12 Memory Interfacing with Computer

Lecture 13 Memory Interfacing with Computer

Lecture 14 Memory Interfacing with Computer

Lecture 15 Memory Interfacing with Computer

Lecture 16 Registers of Basic Computer

Lecture 17 Registers Organization in COA

Lecture 18 Common Bus Access using MUX

Lecture 19 Working of Computer using Common Bus

Lecture 20 Questions of Registers of Computer

Section 3: Instructions of Computer

Lecture 21 Instruction Formats & ALU

Lecture 22 Examples on Instruction Format

Lecture 23 Instruction Cycle

Lecture 24 Timings & Flowchart of Instruction Cycle

Lecture 25 Instruction Cycle State Transition Diagram

Lecture 26 Types of Instructions

Lecture 27 Addressing Modes

Lecture 28 Example of Addressing Modes

Lecture 29 Example of Addressing Modes

Lecture 30 Example of Addressing Modes

Lecture 31 Example of Addressing Modes

Lecture 32 Examples of Instruction Execution

Lecture 33 Examples of Instruction Execution

Lecture 34 Examples of Instruction Execution

Lecture 35 Examples of Instruction Format

Lecture 36 Examples of Instruction Format

Lecture 37 Examples of Instruction Format

Lecture 38 Examples of Instruction Format

Section 4: Control Unit

Lecture 39 CPU Performance Parameters

Lecture 40 Examples on CPU Performance

Lecture 41 Speed Up Factor of CPU

Lecture 42 Amdahl's Law

Lecture 43 Examples on CPU Performance

Lecture 44 Examples of CPU Performance

Lecture 45 Micro Operations of Instruction

Lecture 46 Hardwired Control Units

Lecture 47 Wilkes Design for Microprogrammed Control Unit

Lecture 48 Basic Microprogrammed Control Unit

Lecture 49 Hardwired Control Unit Vs Microprogrammed CU

Lecture 50 Horizontal Vs Vertical Microinstruction

Lecture 51 Nano Programming

Lecture 52 Microinstruction Format

Lecture 53 Examples based on Microinstruction

Lecture 54 Examples based on Microinstruction

Lecture 55 Examples based on Microinstruction

Lecture 56 Examples of Control Unit

Lecture 57 Registers Organization of RISC Processor

Section 5: Pipeline

Lecture 58 Pipelining in COA

Lecture 59 Parameters of Pipelining

Lecture 60 Structural Hazards

Lecture 61 Data Hazards

Lecture 62 Control Hazards

Lecture 63 Examples on Pipelining

Lecture 64 Examples on Pipelining

Lecture 65 Examples on Pipelining

Lecture 66 Examples on Pipelining

Lecture 67 Examples on Pipelining Hazards

Lecture 68 Example of Addressing Modes

Lecture 69 Non Synchronized Pipeline

Lecture 70 Non Synchronized Pipeline

Lecture 71 CPI & Speed Up in Pipelining with Hazards

Lecture 72 Examples on Pipeline Hazards

Section 6: Execution Unit

Lecture 73 Why computer prefers 2's complement in signed data

Lecture 74 Signed Data representation and range of siged number

Lecture 75 Examples on Number Representation

Lecture 76 Examples on Number Representation

Lecture 77 Normalization of Floating Point Number

Lecture 78 IEEE 754 32bits single precision floating point format

Lecture 79 IEEE 754 64bits Double precision floating point format

Lecture 80 Extreme Cases of Floating Point Representation

Lecture 81 Examples of floating point Numbers

Lecture 82 Examples of floating point Numbers

Lecture 83 Examples of floating point Numbers

Lecture 84 Half Adder and Full Adder

Lecture 85 Serial Adder or Ripple Carry Adder

Lecture 86 Carry Look Ahead Adder

Lecture 87 Subtractor

Lecture 88 4 Bits Adder Subtractor

Lecture 89 Booth's Algorithm Example 1

Lecture 90 Booth's Algorithm Example 2

Lecture 91 Booth's Algorithm

Lecture 92 Restoring Division

Lecture 93 Non Restoring Division

Section 7: System Bus

Lecture 94 System Bus

Lecture 95 Bus Contention and Bus Arbitration

Section 8: Memory Organization

Lecture 96 Memory Organization

Lecture 97 Locality of Reference

Lecture 98 Average Access Time & Access Speed of Memory

Lecture 99 Example on Average Access Time and Access Speed of Memory

Lecture 100 Cache Memory Organization

Lecture 101 Example on Cache Memory Organization

Lecture 102 Direct Address Mapping

Lecture 103 Example on Direct Address Mapping

Lecture 104 Fully Associative Address Mapping

Lecture 105 Example on Fully Associative Address Mapping

Lecture 106 Set Associative Address Mapping

Lecture 107 Example on Set Associative Address Mapping

Lecture 108 Replacement Strategies

Lecture 109 Example on Replacement Strategies

Lecture 110 Updation Techniques

Lecture 111 Write Through Updation.mp4

Lecture 112 Write Back Updation

Lecture 113 Multi Level Cache

Lecture 114 Types of Misses

Lecture 115 Examples on Cache Memory

Lecture 116 Examples on Cache Memory

Lecture 117 Examples on Cache Memory

Lecture 118 Examples on Cache Memory

Lecture 119 Examples on Cache Memory

Lecture 120 Examples on Cache Memory

Lecture 121 Examples on Cache Memory

Section 9: IO Organization

Lecture 122 IO Organization

Lecture 123 Programmed IO

Lecture 124 Interrupt Driven IO

Lecture 125 DMA

Lecture 126 Examples on DMA

Lecture 127 Examples on DMA

Computer Science Engineer,Software Professionals,Any Branch students having this subject as a part of curriculum,If you are preparing for exams such as GATE, IES, ISRO, PGEE , BITS HD,Anyone who is preparing for Interview in the field of computer science,System Administrators and IT Professionals,Computer Enthusiasts and Hobbyists

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