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Introduction to Computer Architecture -RAHEE220

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The "Introduction to Computer Architecture" course (RAHEE220) provides a comprehensive exploration of computer architecture, including hardware, software, and numerical representations. Students learn about CPU computation, ALU, memory configuration, and instruction set architecture (ISA) like MIPS R3000. Pipelining, RAM functionality, and computer performance optimization are covered. The course also examines display, mouse, and keyboard technologies. Quizzes reinforce understanding of the material, preparing learners to analyze modern computing systems.




Introduction to Computer Architecture RAHEE220 Computer Architecture
Original price was: £194.00.Current price is: £19.99.

Overview

The "Introduction to Computer Architecture" course, coded as RAHEE220, offers a comprehensive exploration of essential computer architecture concepts. The course commences with an engaging Introduction, providing a brief overview of the subject matter. Students delve into the intricacies of Computer Hardware and Software, gaining insights into the fundamental components that constitute a computer system. Binary to Decimal and Decimal to Binary conversions are thoroughly covered, imparting crucial numerical representation skills.

The course further explores Computer Organization, including CPU Computation, Special Purpose Registers, and the Arithmetic Logic Unit (ALU). Students gain practical knowledge of Computer Registers, Memory Configuration, and Computer Bus functionalities. Instruction Set Architecture (ISA) is defined, with a focus on MIPS R3000 ISA and its various instruction types. Practical exercises and practice questions enhance learners' understanding of MIPS architecture. Pipelining, Data Hazards, and Computer Performance are examined to optimize computational speed and efficiency. Functionalities of RAM, DRAM types, and RAM & ROM comparisons are thoroughly explored.

In addition, the course covers Display, Mouse, and Keyboard technologies. Quizzes after each chapter ensure students' comprehension of the material. By the end of the course, students acquire in-depth knowledge of computer architecture and its components, enabling them to comprehend and analyze the intricacies of modern computing systems.

What Will You Learn?

  • Fundamental concepts of Computer Hardware and Software.
  • Binary to Decimal and Decimal to Binary conversions.
  • Computer Organization and its components (CPU, Registers, etc.).
  • MIPS R3000 Instruction Set Architecture (ISA) and its instruction types.
  • Pipelining and techniques to enhance computational speed.
  • Different types and functionalities of RAM, including DRAM.
  • Comparisons between RAM and ROM.
  • Technologies related to Display, Mouse, and Keyboard.
  • How to solve practice questions and quizzes to reinforce knowledge.

Who Should Take The Course?

  • Computer Science Students
  • Aspiring Computer Engineers
  • IT Professionals
  • Technology Enthusiasts
  • Anyone interested in computer organization and architecture.

Requirements

  • Basic understanding of computer fundamentals.
  • Familiarity with operating systems and computer hardware.
  • No specific prior experience in computer architecture required.
  • Access to a computer with internet connectivity for online components (if applicable).
  • Willingness to learn and explore computer organization and hardware design.
  • Commitment to attending lectures and completing assignments.
  • Fulfill any additional requirements set by the course provider.

Course Currilcum

    • Introduction 00:01:00
    • Introduction to Computer Architecture 00:02:00
    • Computer Hardware 00:08:00
    • Computer Software 00:06:00
    • Binary to Decimal 00:04:00
    • Decimal to Binary 00:05:00
    • Computer Organization(Block Diagram) 00:04:00
    • CPU Computation Part 00:03:00
    • Special Purpose Registers 00:07:00
    • ALU 00:08:00
    • ALU (Examples) 00:06:00
    • ALU (Design Example) 00:19:00
    • Computer Registers 00:05:00
    • Register and Memory Configuration 00:07:00
    • Register and Memory Configuration Example 00:13:00
    • Register and Memory Configuration Example 2 00:05:00
    • Register and Memory Configuration Example 3 00:02:00
    • Computer BUS 00:06:00
    • Computer BUS(Cont) 00:11:00
    • Chapter 2 Quiz Solved 00:20:00
    • Instruction Set Architecture Definition 00:06:00
    • MIPS R3000 ISA 00:10:00
    • MIPS R3000 Load and Store 00:04:00
    • MIPS R3000 R Type Instruction 00:10:00
    • MIPS R3000 I Type Instruction 00:14:00
    • MIPS R3000 J Type Instruction 00:06:00
    • MIPS Architecture Brief History 00:11:00
    • MIPS Practice Questions 00:05:00
    • MIPS Practice Question 1 00:17:00
    • MIPS Practice Question 2 00:23:00
    • MIPS Practice Question 3 00:20:00
    • MIPS Practice Question 4 00:13:00
    • Integer and Binary Conversion Practice Question 00:16:00
    • MIPS Instructions 00:28:00
    • MIPS Instructions 2 00:13:00
    • MIPS Instructions 3 00:31:00
    • MIPS Program 1 00:11:00
    • MIPS Program 2 00:16:00
    • MIPS Program 3 00:32:00
    • MIPS Program 4 00:08:00
    • MIPS Program 5 00:34:00
    • MIPS Program 6 00:18:00
    • Chapter 3 Quiz Solved 00:12:00
    • Computer Pipline 00:10:00
    • Computer Pipline 2 00:09:00
    • Computer Pipline 3 00:10:00
    • Computer Pipline 4 00:14:00
    • Data Hazards in a Computer 00:12:00
    • Pipelining(Computer Performance) 00:10:00
    • Pipelining(speed) 00:04:00
    • Pipeline practice 1 00:11:00
    • Pipeline practice 2 00:07:00
    • Pipeline Hazard 00:08:00
    • Chapter 4 Quiz Solved 00:09:00
    • Computer RAM 00:12:00
    • DRAM Types 00:14:00
    • Functionality of RAM 00:33:00
    • Practice Questions 00:09:00
    • Practice Questions 2 00:17:00
    • Practice Questions 3 00:14:00
    • RAM and ROM 00:16:00
    • Display 00:10:00
    • Mouse and Keyboard 00:06:00
    • Chapter 5 Quiz Solved 00:09:00
    • Order Certificate 00:05:00
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