Computer Architecture Tutorials

Here is Computer Architecture tutorials that you need to follow and use with step by step guide. using this guide you can prepare for exams.

Computer Architecture Fundamentals

1. Basic structure of a computer
2. Functional Units of a computer
3. Computer Architecture fundamentals
4. Development of Computers
5. Von Neuman and Harvard machine Architecture
6. Flynn Classification
7. Computer Structure Architecture
8. Basic Computer Data Types
9. Arithmetic Complement
10. Real Numbers Representation
11. Interfacing Logic Devices
12. Levels of Design abstraction
13. Performance Metrics

Register Transfer and Micro Operations

1. Register Transfer Language
2. Memory Transfer
3. Arithmetic Micro-operations
4. Arithmetic Complements
5. Logic Micro-operations
6. Shift Micro-operations
7. Bus Architecture
8. Data Transfer
9. Central Processing Unit
10. CPU Bus Architecture

Computer Organization and Design

1. Difference between Computer Architecture and Organization
2. Computer Register and Types
3. Common Bus System
4. Instruction Format
5. Instruction Types
6. Instruction Cycle
7. Fetch Decode Execute Instruction Cycle
8. Timing and Control of Instruction Cycle
9. Input-Output and Interrupt
10. Memory Reference Instructions
11. Addressing Modes
12. Design of a basic computer
13. Design of a Accumulator Unit
14. Design of Control Unit
15. Difference between Hardwired Control and Microprogrammed Control

Central Processing Unit

1. Basic function of computer
2. register organization
3. General register organization
4. Stack organization
5. Infix to Reverse Polish notation conversion
6. Instruction Types and their classifications
7. Data transfer and manipulation
8. Program control
9. RISC and CISC
10. Difference between RISC and CISC

Pipeline and Vector Processing

1. Parallel Processing
2. Pipeline
3. Types of Pipeline
4. Arithmetic Pipeline
5. Instruction Pipeline
6. Hazards
7. RISC Pipeline
8. Array Processors

Computer Arithmetic

1. Machine Language
2. Assembly Language
3. Arithmetic and Logical Operations
4. Subroutine
5. Data Representation
6. Addition and Subtraction
7. Adder Circuits
8. Shift and Add Multiplication Method
9. Booth's Algorithm
10. Restoring Division Algorithm
11. Non-Restoring Division Algorithm
12. Array Multiplier
13. Hardwired control and Microprogrammed control Difference

Memory Organization

1. Memory Classification
2. Memory Characteristics
3. Memory Organization
4. Memory Types
5. Auxiliary Memory
6. Associative Memory
7. Cache Memory
8. Virtual Memory
9. Paging and Segmentation Difference
10. Multiprocessor
11. Interconnection Structures
12. Interprocessor Arbitration
13. Interprocessor Communication and Synchronization
14. Cache Coherence
15. Shared Memory Multiprocessors

Input-Output Organization

1. Input Output Interface
2. Asynchronous Data Transfer
3. Modes of Data Transfer
4. Input Output Programming
5. Priority Interrupt
6. Microprogramming
7. Control Memory/a>
8. Address Sequencing
9. Micro Program Examples
10. Direct Memory Access
11. Input-Output Processor
12. Serial Communication