Intro to COA

Computer Organization and Architecture

Harvard Vs Von Neumann Architecture

Common Bus System

Common Bus System using Multiplexer

Registers In Computer Architecture

Types of Computer Buses

Memory Organization

Memory Hierarchy Design

Simultaneous vs Hierarchical Memory

Digital Logic Circuits

Digital Computers

Logic Gates

Boolean Expressions and Functions

Laws of Boolean Algebra

Simplification Of Boolean Expressions

Simplify Boolean Expressions Using Laws

Simplify Boolean Expressions Using K-MAP

Computer Instructions

Computer Instructions

Data Transfer Instructions

Data Manipulation Instructions

Program Control Instructions

Types of CPU Organization

Stack Based CPU Organization

Design of Control Unit

Instruction Cycle

Types of Addressing Modes

Zero Address Instructions | Solved Examples

Cache Mapping

Cache Mapping

Direct Mapping

Fully Associative Mapping

K-way Set Associative Mapping

Locality of Reference

Cache Replacement Policies

DMA Controller

DMA Controller

Interrupt

Interrupt

Pipelining

Pipelining And Non-Pipelining

Hazards in Pipelining

Simplification Of Boolean Expressions

The method to simplify the Boolean expressions into their simplified form is called the simplification of Boolean expressions. Simplification is important because it reduces the complexity and cost of circuit design.

Symbolically Representation of Boolean Functions

Symbolic representation of Boolean functions, achieved through various symbols of logic gates.

Methods for Simplification Of Boolean Functions

There are two basic methods used for the simplification of Boolean functions as

Simplification of Boolean expressions using Laws

Simplification of Boolean expressions using K-MAP