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The Computer Science
TheCScience

Category: Computer System Architecture

step by step Computer system architecture subject tutorials for students for their exam preparations, to learn about the architecture of computer system.

Multiprocessors in Computer Architecture

YASH PAL, March 6, 2026March 6, 2026

Multiprocessors in Computer Architecture – A multiprocessor is a computer system with two or more…

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Difference between Paging and Segmentation

YASH PAL, March 6, 2026March 6, 2026

Difference between Paging and Segmentation – Paging is a memory management technique in which a…

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Auxiliary Memory in Computer Architecture

YASH PAL, March 6, 2026March 6, 2026

Auxiliary Memory in Computer Architecture – Auxiliary memory is the non-volatile memory with the lowest…

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Asynchronous Data Transfer in Computer Architecture

YASH PAL, March 6, 2026March 6, 2026

Asynchronous Data Transfer in Computer Architecture – We know that the internal operations in individual…

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Parallel Processing in Computer Architecture

YASH PAL, March 6, 2026March 6, 2026

Parallel Processing in Computer Architecture – The computational speed of conventional computers is slow. This…

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Array Processors in Computer Architecture

YASH PAL, March 4, 2026March 4, 2026

Array Processors in Computer Architecture – An array processor or a computer/processor that has an…

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Basic structure of a computer
Functional Units of a Computer
Development of Computers
Von Neumann and Harvard Machine Architecture
Flynn Classification
Computer Structure Architecture
Basic Computer Data Types
Arithmetic Complement
Real Numbers Representation
Interfacing Logic Devices
Levels of Design Abstraction
Performance Metrics

Register Transfer Language
Memory Transfer
Arithmetic Micro-operations
Arithmetic Complements
Logic Micro-operations
Shift Micro-operations
Bus Architecture
Data Transfer
Bus and Memory Transfer
Central Processing Unit
CPU Bus Architecture

Difference between Computer Architecture and Organization
Computer Register and Types
Common Bus System
Instruction Format
Instruction Types
Instruction Cycle
Fetch Decode Execute Instruction Cycle
Timing and Control of Instruction Cycle
Input-Output and Interrupt
Memory Reference Instructions
Addressing Modes
Design of a basic computer
Design of Accumulator Unit
Design of Control Unit
Difference between Hardwired Control and Microprogrammed Control

Basic Function of a Computer
Register organization
General Register Organization
Stack organization
Infix to Reverse Polish Notation Conversion
Instruction Types and their classifications
Data transfer and manipulation
Program control
RISC and CISC
Difference between RISC and CISC

Parallel Processing
Pipeline
Types of Pipeline
Arithmetic Pipeline
Instruction Pipeline
Hazards
RISC Pipeline
Vector Processing
Array Processors

Machine Language
Assembly Language
Arithmetic and Logical Operations
Subroutine
Data Representation
Addition and Subtraction
Adder Circuits
Shift and Add Multiplication Method
Booth's Algorithm
Restoring Division Algorithm
Non-Restoring Division Algorithm
Array Multiplier
Hardwired control and Microprogrammed control Difference

Memory Classification
Memory Characteristics
Memory Organization
Memory Types
Auxiliary Memory
Associative Memory
Cache Memory
Virtual Memory
Paging and Segmentation Difference
Multiprocessor
Interconnection Structures
Interprocessor Arbitration
Interprocessor Communication and Synchronization
Cache Coherence
Shared Memory Multiprocessors

Input Output Interface
Asynchronous Data Transfer
Modes of Data Transfer
Input-Output Programming
Priority Interrupt
Microprogramming
Control Memory
Address Sequencing
Micro Program Examples
Direct Memory Access
Input-Output Processor
Serial Communication

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