Computer Architecture and Computer Organization Masterclass

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Free Download Computer Architecture and Computer Organization Masterclass
Last updated: 5/2024
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 4.72 GB | Duration: 12h 26m
CPU, Memory, & I/O Fundamentals for Students & Exams - Complete Course with Short Notes and Downloadable Notes

What you'll learn
Formulate A+ grade answers for your Computer Architecture and Organization exams
Analyse computer systems critically and select the best system for a specific need
Write assembly language code with the deeper understanding on Fetch - Decode - Execute cyle
Learn all topics under Computer Organization and Architecture subject in a single course, with simple to understand examples and simulations
Requirements
No prior requirement for taking the course. Everything is explained from the very basic level to advance level
Description
Are you following a degree, diploma, or any other academic course in 2024 and beyond, which includes Computer Architecture or Computer Organization related modules, and want to learn theoretical concepts and practicals related to the subject in the simplest form possible? Are you looking to make your own short note for your studies and prepare for an upcoming assessment or an exam?But when you search online, the problem is that almost all Computer Architecture and Computer Organization courses are outdated, created years ago, and do not contain updated information.Why should you consider enrolling in this Computer Architecture & Computer Organization Masterclass?The course instructor is a lecturer and a PhD candidate who has teaching Computer Organization and Computer Architecture subjects for 6+ years.This course is designed with the latest Computer Organization and Computer Architecture lessons, examples, and activities.This course covers everything you need to master the subject without enrolling in other parts/courses related to the topic.This course includes lecture notes/slides as downloadable materials.You will already be part of the 60,000+ student community in one of my courses.I invite you to check the free provided videos and course outline. Then, if you are happy, enrol with this latest and best Computer Organization and Architecture course. All-in-one Complete Computer Organization and Architecture Course OutlineChapter 01: Introduction1.1 Introduction to Computer Organization and Architecture1.2 Computer Level HierarchyChapter 02: Fetch - Decode - Execute Cycle2.1 Fetch Decode Execute Cycle Explained Part 12.2 Fetch Decode Execute Cycle Explained Part 2Chapter 03: Assembly Language Programming with the Little Man Computer3.1 What is the Little Man Computer3.2 Programming the Little Man Computer3.3 Fetch Decode Execute Cycle Explained using the Little Man Computer3.4 Writing Assembly Language CodeChapter 04: Instruction Set Architecture (ISA)4.1 Introduction to ISA4.2 CISC and RISC4.3 Instructions4.4 Number of Addressing4.5 Addressing ModesChapter 05: CPU Benchmarking5.1 Introduction to CPU Benchmarking5.2 Calculating CPU Time5.3 Understanding CPU Clock5.4 Calculating CPU Time5.5 Exercise - Solving CPU Time Calculations5.6 Exercise - Solving CPI Calculations5.7 Python Coding Activity to Benchmark Your CPU (Guided Coding Lesson with Answers)Chapter 06: CPU Organization and Structure6.1 Introduction to CPU Structure6.2 Registers in CPU6.3 Understanding CPU Interruptions6.4 Techniques to Improve CPU PerformanceChapter 07: CPU Pipelining7.1 What is CPU Pipelining7.2 Resource Hazards7.3 Data Hazards7.4 Control Hazards and Branch Prediction7.5 Branch Prediction Strategies7.6 Practical Example for Pipelining - Intel 804867.7 CPU OverclockingChapter 08: Input-Output Organization8.1 Introduction to I/O8.2 I/O Mapping8.3 Asynchronous Data Transfer8.4 Modes of Data TransferChapter 09: Memory Organization9.1 Introduction to Memory Hierarchy9.2 Deep dive into Computer Memory Hierarchy9.3 The Principal of Locality9.4 Memory HIT rate and MISS rate9.5 Cache Performance and Optimization9.6 Exercise - Calculating Miss Rate9.7 Memory Technology9.8 DRAM Technology9.9 How a DRAM Works9.10 DRAM Read Cycle Deeply Explained Step by Step9.11 SDRAM and DDR SDRAM ExplainedChapter 10: Hierarchical Bus Organization10.1 Introduction to Hierarchical Bus Structures10.2 Single and Multiple Bus Implementations and Examples10.3 Bus Types, Timing, and Additional DetailsChapter 11: Conclusion11.1 Summary
Overview
Section 1: Welcome to Your Course
Lecture 1 Hello Everyone. Get to know your course structure
Section 2: Introduction to Computer Organization and Architecture
Lecture 2 Introduction to Computer Organization and Architecture
Lecture 3 Computer Level Hierarchy
Lecture 4 Introduction to Computer Organization and Architecture Lecture Materials
Section 3: Fetch - Decode - Execute Cycle
Lecture 5 Fetch Decode Execute Cycle Explained Part 1
Lecture 6 Fetch Decode Execute Cycle Explained Part 2
Lecture 7 Fetch - Decode - Execute Cycle Lecture Materials
Section 4: Assembly Language Programming with the Little Man Computer
Lecture 8 What is the Little Man Computer
Lecture 9 Programming the Little Man Computer
Lecture 10 Fetch Decode Execute Cycle Explained using the Little Man Computer
Lecture 11 Writing Assembly Language Code
Section 5: Instruction Set Architecture (ISA)
Lecture 12 Introduction to ISA
Lecture 13 CISC and RISC
Lecture 14 Instructions
Lecture 15 Number of Addressing
Lecture 16 Addressing Modes
Lecture 17 Instruction Set Architecture Lecture Materials
Section 6: CPU Benchmarking
Lecture 18 Introduction to CPU Benchmarking
Lecture 19 Calculating CPU Time
Lecture 20 Understanding CPU Clock
Lecture 21 Calculating CPU Time
Lecture 22 Exercise - Solving CPU Time Calculations
Lecture 23 Exercise - Solving CPI Calculations
Lecture 24 CPU Benchmarking Lecture Materials
Lecture 25 Extra Resource
Section 7: CPU Organization and Structure
Lecture 26 Introduction to CPU Structure
Lecture 27 Registers in CPU
Lecture 28 Understanding CPU Interruptions
Lecture 29 Techniques to Improve CPU Performance
Lecture 30 CPU Organization and Structure Lecture Materials
Lecture 31 Extra Reading Material
Section 8: CPU Pipelining
Lecture 32 What is CPU Pipelining
Lecture 33 Resource Hazards
Lecture 34 Data Hazards
Lecture 35 Control Hazards and Branch Prediction
Lecture 36 Branch Prediction Strategies
Lecture 37 Practical Example for Pipelining - Intel 80486
Lecture 38 CPU Overclocking
Lecture 39 CPU Pipelining Lecture Materials
Section 9: Input-Output Organization
Lecture 40 Introduction to I/O
Lecture 41 I/O Mapping
Lecture 42 Asynchronous Data Transfer
Lecture 43 Modes of Data Transfer
Lecture 44 Input-Output Organization Lecture Materials
Section 10: Memory Organization
Lecture 45 Introduction to Memory Hierarchy
Lecture 46 Deep dive into Computer Memory Hierarchy
Lecture 47 The Principal of Locality
Lecture 48 Memory HIT rate and MISS rate
Lecture 49 Cache Performance and Optimization
Lecture 50 Exercise - Calculating Miss Rate
Lecture 51 Memory Technology
Lecture 52 DRAM Technology
Lecture 53 How a DRAM Works
Lecture 54 DRAM Read Cycle Deeply Explained Step by Step
Lecture 55 SDRAM and DDR SDRAM Explained
Lecture 56 Memory Organization Lecture Materials
Lecture 57 Extra Reading Material
Section 11: Hierarchical Bus Organization
Lecture 58 Introduction to Hierarchical Bus Structures
Lecture 59 Single and Multiple Bus Implementations and Examples
Lecture 60 Bus Types, Timing, and Additional Details
Lecture 61 Hierarchical Bus Organization Lecture Materials
Section 12: Course-level Practice Test
Section 13: Conclusion
Lecture 62 Summary
Lecture 63 Course Summary Short Note - Mind Map
Students who are doing a bachelors degree in Computer Science or Information Technology related field,Research students who are interested in Computer Organization and Architecture,Lecturers and Teachers who are teaching Computer Hardware or Computer Organization and Architecture subjects,Anyone who is curious to know how a computer system works in much more deeper level


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