Computer Organization and Architecture Lectures (Hindi)

   Monday, September 28, 2020   

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Lecture Description of this above Topic:

Lecture 1: Introduction, Difference b/w Computer Organisation and Architecture

Lecture 2: CPU, Basic Components of Computer, Main Memory, I/O Modules

Lecture 3: Von Neumann Architecture, HardWired Program

Lecture 4: Memory Address, Buffer, I/O Address, I/O Buffer Register

Lecture 5: Program Exection and Instruction Execution

Lecture 6: Actions Performed by Instruction, Accumulator Instruction

Lecture 7: Different states of an Instruction Cycle

Lecture 8: Interrupts : Introduction , Uses and Advantages

Lecture 9: Interrupt Request and Interrupt Handlers

Lecture 10: Different Types of interrupts

Lecture 11: Modifying Instruction Cycle to Handle Interrupts

Lecture 12: Methods to Handle Multiple Interrupts

Lecture 13: Input/Output Connections to I/O Modules, Processor, Memory

Lecture 14: Bus Structure & Features of the System BUS

Lecture 15: Features of Data BUS and Address BUS

Lecture 16: Features of Control BUS, Important Control Signals

Lecture 17: Dedicated and Multiplexed BUS Types

Lecture 18: Centralized & Distributed Mode of BUS Arbitration

Lecture 19: Synchronous and Asynchronous BUS Timings

Lecture 20: Different Element of a Machine Instruction

Lecture 21: Instruction Types and Symbolic Representation

Lecture 22: Three Address & Two Address Instructions

Lecture 23: One Address & Zero Address Instructions

Lecture 24: Arithmetic & Logical Shift Operations with Examples

Lecture 25: Conditional & Unconditional Branch Instructions

Lecture 26: Status Flags: Definition, Types and Uses

Lecture 27: Skip Instruction and Procedure Calls

Lecture 28: Saving Return Address & Parameters for Procedures

Lecture 29: Addressing Mode Introduction(Type 1: Immediate Mode)

Lecture 30: Direct Addressing Mode & Register Addressing Mode

Lecture 31: Indirect Addressing Mode Explanation and Comparison

Lecture 32: Register Indirect Addressing and Displacement Addressing

Lecture 33: Introduction to Memory Organization

Lecture 34: Steps involved in Memory Read & Write Operations

Lecture 35: Memory Hierarchy and Comparison of Memory Types

Lecture 36: Memory Access Methods: Direct, Random and Sequential

Lecture 37: PC Relative Addressing & Base Register Addressing Mode

Lecture 38: Index Addressing Mode & Stack Addressing Mode

Lecture 39: Random Access and Read Only Memory

Lecture 40: Cache Memory: Introduction, Advantages and Disadvantages

Lecture 41: Cache Hit Time, Hit Ratio and Average Memory Access Time

Lecture 42: Cache Hierarchy, Cache Line & Mappings in Cache Memory