quiz by mentaldisord3r

Computer Architecture Overview

• Computer architecture refers to software development processes.
• Computer architecture is solely about programming languages.
• Computer architecture is the study of network protocols.
• Computer architecture is the design and organization of computer components.

Structure and Role of the Processor and Components

• The processor primarily handles input and output devices without managing data flow.
• The processor only stores data without executing instructions.
• The processor executes instructions and manages data flow between components.
• The processor is responsible for managing power supply to components.

Technological Developments in Computer Architecture

• Lack of AI in computing
• Single-core processor limitations
• Obsolete memory technologies
• Advancements in multi-core processors, memory hierarchies, and AI integration.

Differences Between Computer Architecture and Organization

• Computer architecture is about the design and structure of hardware, while computer organization focuses on the operational aspects and implementation of that architecture.
• Computer architecture focuses on user interface design, while organization is about data storage.
• Computer architecture and organization are interchangeable terms with no distinct differences.
• Computer architecture deals with software design, while organization is about hardware structure.

Data Manipulation Types

• Grouping
• arithmetic operations (addition, subtraction), logic operations (AND, OR, NOT), shifting operations, and bit manipulation to perform calculations and control data flow.

• Filtering
• Sorting

How to Put a Datapath Together

• Choosing a programming language
• Creating a user interface
• Steps to assemble a datapath include identifying sources, defining flow, selecting components, designing architecture, implementing connections, and testing.
• Setting up a database connection

Timing Issues and Controlling Data Flow

• Increase the data packet size to avoid delays.
• Use direct data transmission without any control mechanisms.
• Implement buffering and flow control protocols to manage timing issues.
• Ignore timing issues and focus solely on data integrity.

Making Selections Using Mux and Buses

• Use multiplexers to select inputs and connect to a bus for data transmission.
• Use a single switch to select inputs instead of multiplexers.
• Connect all inputs directly to the bus without using multiplexers.
• Use demultiplexers to split outputs and connect to a bus for data reception.

Datapath Controlled by the Controller

• The controller only monitors the datapath.
• The datapath operates independently of the controller.
• The datapath is controlled by user input.
• The controller manages the datapath.

Clock Cycle and Its Function

• A clock cycle measures the speed of a computer's internet connection.
• A clock cycle is the time taken for a computer to boot up.
• A clock cycle refers to the amount of memory a computer can store.
• A clock cycle is the basic unit of time for a computer's operations.