Computer System Architecture

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Lecture-1 Introduction

Lecture-2

Lecture-3 (Minterms and Maxterms)

Lecture-3 Epilogue

Lecture-4 K Maps

Lecture-5 Don’t Care Conditions

Lecture-6 Prime Implicants

Lecture 8 Multiplexer

Lecture 9 Decoders

Lecture 10 Sequential Circuits

Lecture 11 Latches

Lecture 12 SR and JK Flip Flop

Lecture 13 D & T Flip Flop

Lecture 14 Registers

 Lecture15 Counters

Lecture 16 Memory Unit

Lecture 17 Number System

Lecture 18 Complements

Lecture 19 Fixed and Floating Point Representation

Unit 2 Lecture 1 Common Registers and Bus System

Unit2 Lecture 2 Instruction Set

Unit2 Lecture 3 Timing and Control, Instruction Cycle

Unit2 Lecture 4 General Register Organization

Unit2 Lecture 5 Arithmetic Microoperations

Unit 2 Lecture 6 Logic Microoperations

Unit 2 Lecture 7 Stack organization

Unit 2 Lecture 8 Microprogrammed control

Unit 3 Lecture 1 Instruction Formats

Unit 3 Lecture 2 Addressing Modes

Unit 3 Lecture 3 Instruction Code and Machine Language

Unit 3 Lecture 4 Assembly Language

Unit 3 Lecture 5 Input Output Programming

Unit 4 Lecture 1 Peripheral Devices

Unit 4 Lecture 2 Input output Interface

Unit 4 Lecture 3 Modes of Data Transfer

Unit 4 Lecture 4 Priority Interrupt

Unit 4 Lecture 5 Direct Memory Access

Unit 4 Lecture 6 DMA controller and DMA Transfer