CompTIA IT Fundamentals+ Course | Module 2 Part 2: ⁣Input, Output, Processing and Storage

Part 19 of C# .NET Bootcamp: ⁣C# .NET Value Types

CompTIA IT Fundamentals+ Course | Module 2 Part 4: Decimal Notation

Part 53 of C# .NET Bootcamp: Array and Collection Data Types

Part 41 of C# .NET Bootcamp: Polymorphism

⁣⁣⁣CompTIA IT Fundamentals+ Course | Module 15 Part 10: Object-Oriented Programming (OOP)

Module 4 Part 5: ⁣Advanced Operating System Concepts - Multitasking, Multithreading, and RTOS (Real-time Operating Systems)

Part 51 of C# .NET Bootcamp: Exception Handling in C# language

Part 54 of C# .NET Bootcamp

The 1683 Ottoman siege of Vienna is often cited as a critical turning point in European history. Investigate the events leading to the siege and battle, witness the dramatic defense of the city under the Polish king Jan Sobieski, and examine both the legacy of the clash and historical misconceptions surrounding it.

CompTIA IT Fundamentals+ Course | Module 5 Part 1: ⁣Internal System Components

CompTIA IT Fundamentals+ Course | Module 2 Part 9: Representing Data

Part 34 of C# .NET Bootcamp: Methods

CompTIA IT Fundamentals+ Course | Module 4 Part 4: Laptops

The best debaters understand the need for strategic flexibility, and concessions are one of the most powerful strategic moves in the playbook. As you will find out in this lecture, conceding points allows you to focus on your best arguments, or get out of a difficult spot, or even set a trap for your opponent.

Part 08 of Computer Networking Fundamentals: Network Topologies

Network Topology

At the end of this episode, I will be able to:

1. Compare and contrast network topologies.

Learner Objective: Compare and contrast network topologies.

Description: In this episode, the learner will explore different network topologies such as bus, ring, star, mesh and hybrid network topologies.

• Introduction to Network Infrastructure
  • Network Topology - This defines the arrangement of network elements such as nodes, connectivity devices, connections and how these relate to one another as well as the flow of the data. There are two way to depict topologies, physical and logical.
    • Physical topology - describes the tangible arrangement and aspects of the network elements.
    • Logical topology - describes the flow of the data across a network's elements.
  • Types
    • Bus - a topology in which all devices on the network are connected to a central network media (bus) such as coaxial cabling. This type of topology has been phased out due to performance and scalability issues.
    • Ring - a topology in which all devices are connected to a network media with and upstream and downstream "neighbor" forming a circle. In LAN-based communications, ring-based topologies have been phased out (Token Ring, Fiber Distributed Data Interface or FDDI), however in WAN-based technologies they are still used (SONET).
    • Star - a common topology in modern networks in which all devices are connected to a centralized device forming a star pattern.
    • Mesh - a complex network topology in which all devices have multiple connections to every other device. This topology is very resilient to connection failures.
    • Hybrid - a topology that combines characteristics of more than one of the other topologies.

Module 6 Part ⁣2: Phishing, Network Security, and Firewalls

Module 1 Part 2: Types of Computer

Part 12 of C# .NET Bootcamp: What is C#?

In this lesson you are going to learn about what is C# programming language, how it's created and how it's used for.