Telecommunication For Dummies

Telecommunication For Dummies

In the turn of Telecommunication for Dummies, I will share what is it and what would be the meaning of Telecommunication or also I will share in this article.

Telecommunication For Dummies

1. What is telecommunication?

Telecommunication is the transfer of information over a distance using electronic devices. Also, Telecommunication includes radio, television, telephone, internet, etc.

2. How does telecommunication work?

The basic principle behind telecommunication for dummies is the transmission of electromagnetic radiation (radio waves) via the air. Electromagnetic waves travel at the speed of light and are affected by gravity. Also, when an object moves, the waves move along with it.

When the waves encounter another object, they bounce off and change direction. If the two objects are close together, the waves will pass through each other without changing their path. However, if the two objects are farther apart, the waves will reflect off of the first object and continue on their way. These reflections occur because the waves have changed direction.

3. Why do we need telecommunication?

We need telecommunication to communicate with each other. We use telecommunication for dummies to talk to people, share ideas, and send messages. Accordingly, Telecommunication is also used to connect people together in different places around the world.

4. How do we use telecommunication?

We use telecommunication to make phone calls, text messages, email, video chat, and many other things. Finally, you may have heard about texting while driving or talking on the phone without a headset. These are examples of how we use telecommunication for dummies.

What Is Telecommunication Explain?

1. Telecommunication for dummies is the exchange of information over distance using electromagnetic waves. So then, these waves travel at the speed of light and are produced by electric currents.

2. Electromagnetic radiation is the type of energy that travels through space and is composed of particles called photons. So then, photons are emitted by atoms and molecules in the form of waves.

3. A wave is a disturbance that moves across a physical system. Also, waves may have crests and troughs, or they may move continuously without any change in height.

4. An antenna is a device that converts electrical signals into radio waves. Antennas are used to transmit and receive radio waves.

5. Radio waves are high-frequency waves that travel through air, water, or vacuum. So then, radio waves are used to send messages between people and devices.

6. Television (TV) is a visual communication technology that transmits images and sounds via radio waves. During TV uses antennas to convert electricity into radio waves.

7. Cell phones use radio waves to communicate with each other and with base stations. Accordingly, cell phone towers broadcast radio waves to cell phones.

8. Wi-Fi is wireless local area network technology that enables computers and mobile devices to connect to the Internet.

9. Bluetooth is a short range wireless technology that enables two electronic devices to communicate with each other.

10. GPS is global positioning satellite technology that provides location data to users.

Wide Area Network

Wireless Mesh Networking

Wireless mesh networking (WSN) is a technique that enables devices to communicate directly with each other over wireless links without using infrastructure elements such as base stations. Here WSNs, nodes are connect via multi-hop communication paths.

Nodes may have different roles, e.g., sensor node, relay node, sink node, etc. Also, typical WSN consists of a number of low cost sensors deployed in the field. Likewise, these sensors collect data about their environment and send it to a sink node for further processing.

The sink node forwards the processed data to a gateway node for storage and analysis. So then, the gateway node connects to the cloud via Internet. The gateway node also sends alerts and notifications to users when necessary.

Multihop Mobile Ad Hoc Networks

Multihop mobile ad hoc networks (MANET) are self-forming networks of mobile routers interconnected by short-range radio transmissions. Also, Each MANET includes many autonomous mobile routers.

These routers are free to move randomly and organize themselves arbitrarily. Even Because of these characteristics, a MANET does not require any fixed infrastructure to provide connectivity to its nodes.

Classification Of Network

1. Local Area Network (LAN)

A local area network is a computer network that connects computers together in a small geographic region. Also, LAN may connect only two or three computers, or many thousands.

2. Wide Area Network (WAN)

A wide area network is a computer networking infrastructure that covers a larger geographical region than a local area network. Accordingly, WANs are commonly used for connecting offices and campuses across metropolitan regions.

3. Metropolitan Area Network (MAN)

A metropolitan area network is a computer communications system that provides interconnection among several buildings and/or campuses over a single shared backbone.

4. Internet

The Internet is a global collection of interconnected networks that use the standard Internet Protocol Suite (TCP/IP), including domain name servers, websites, web browsers, email, and instant messaging, to communicate with each other.

5. Intranet

An intranet is a private internal network that uses the same protocols as the Internet, but is restricted to specific users or groups of users.

Wireless Wide Area Network

  • WiFi
  • Bluetooth
  • ZigBee
  • ZWave
  • LoRaWAN
  • Cellular Technology
  • LTE

About Lan Network

A Lan Network is a community-driven blockchain platform that provides a decentralized marketplace. And also, where users can buy and sell digital assets.

Lan Network’s mission is to bring transparency and fairness to the cryptocurrency market while providing its users with a safe and secure environment to trade their cryptocurrencies. Also, Lan Network is committed to building a fair ecosystem for everyone involved.

Network Topology

In computer networking, network topology refers to the physical layout of the devices connected to a communication network. Similarly, a network topology describes how these devices are interconnect and where they connect to each other. In general, a network topology consists of nodes (devices) connected together via links (wires).

Two-Tier Network Architecture

A two-tier architecture is a type of network architecture in which data traffic flows between clients and servers. Finally, Clients send requests to servers, and servers respond to client requests. So then, servers may be located at a single site or distributed across many sites.

Three-Tier Network Architecture

The three-tier architecture is a model of computing in which applications execute on a server. So then, the user interface executes on the client side. Therefore, data access occurs over the network using a database management system.

Four-Tier Network Architecture

Four-tier architecture is a term old in software engineering to describe a set of layers that define the structure of a program. Accordingly, these layers are called the presentation layer, application layer, business logic layer, and data access layer.

Six-Tier Network Architecture

Six-tier architecture is a way of organizing a software application. Also, it is compose of six layers: Presentation Layer, Application Layer, Business Logic Layer, Data Access Layer, Data Mapping Layer, and Infrastructure Layer.


You must have come to know about Telecommunication for Dummies and along with this. I have It is also mentioned in the acquittal of the Classification of Networks. And thanks for read this article.

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