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let's discuss with an example of the computer communication system

What is computer communication? Give an example on it?


Computer communication refers to the exchange of data and information between computing devices through a network. This can involve different protocols and methods for transmitting data, ensuring that computers can effectively communicate with each other over various distances and mediums.


Example of Computer Communication


One common example of computer communication is email. When you send an email, your computer communicates with the email server using protocols like SMTP (Simple Mail Transfer Protocol).

There’s how it works:


What is computer communication? Give an example on it?

1. Compose and Send

You write an email and hit "send" on your email client.

2. Data Transmission

Your email client communicates with your email server. It packages the email into data packets and sends it over the internet.

3. Routing

The email server then determines where to route the email based on the recipient's address. It may pass the email through several intermediate servers before reaching the recipient's email server.

4. Delivery

The recipient's email server receives the email and stores it until the recipient retrieves it. When the recipient checks their email, their client connects to their server, retrieves the email, and displays it.


This example illustrates how computers use networks and protocols to communicate efficiently and effectively.



Introduction to the computer related topic of computer application and system technology topic is following below here:


What is computer communication? Give an example on it?


Let’s discuss this topic following above the related topic of computer application and system technology and explanation following below here:


What is computer communication? Give an example on it?

There are some points on the computer and communication system related to the topic of “What is computer communication? Give an example on it?” following below here:




  • Communication can be possible through the network device and their connected resources for sharing the data
  • Communication system is based on the application software that provide the user interface for the user on the network model in the communication system
  • Communication system provide the service of the sharing data to each other in the network model depends on their capacity of data transfer
  • Communication system included the security user interface with hardware resource to take input for verification of the user authentication


Let’s discuss these points listed above about the computer system and the communication technologies related to the topic of “What is computer communication? Give an example on it?” explanation following below here:


Communication can be possible through the network device and their connected resources for sharing the data

Communication can be possible through the network device because the model is used to provide the service of data sharing in the network model for the user to share the information to the other user connected into the network model.

Communication network systems provide the service of data transfer for sending the interface of the website in the form of user interface for making a communication system between users.

The communication system included the text messages, image file sharing service, audio clip and voice calling sharing, the video data shared to the user privately or in the group conversation between users connected into the network model and communication system.

1. Data Transmission Across Devices:

Network devices like routers, switches, and hubs enable communication between connected resources, allowing data to be shared efficiently across multiple devices within a network.

2. Resource Sharing and Collaboration:

Connected network resources, such as servers, printers, and storage devices, facilitate the sharing of data and resources. This allows users to access common files, applications, and tools, supporting collaborative work and improving productivity within the network.


Communication system is based on the application software that provide the user interface for the user on the network model in the communication system

Communication system is based on the application software that shares a user interface for the client user or admin user and the privilege users to connect with different user interface on the application software such as:- a client user can only access the limited options available on the client user interface, similarly, the admin user can access the admin level of user interface on the application software where the privilege users are different from the both types of user interface.

The communication system is used to provide the services options on the application software and it is supported by the application layer on the communication model in the network model of the computer systems for client users.

1. User-Friendly Interface for Interaction:

Application software in communication systems provides a user interface that makes it easy for users to interact with the network. This interface allows users to access communication tools, send messages, and manage network resources without needing in-depth technical knowledge.

2. Seamless Data Exchange Over Network Models:

The application software manages data transmission within the network model, ensuring compatibility and efficient communication between different devices and protocols. This enables smooth data exchange and connectivity across the network, supporting reliable and efficient communication.


Communication system provide the service of the sharing data to each other in the network model depends on their capacity of data transfer

The data can be shared through the data cable used in the network model for making a communication system between two or more users based on their capacity of data transmission per second.

The data can be measured according to the data packets which is fragmented into many data packets to shares and transfer the data to the connected and targeted user ID in the network model in the Communication system.

The user shares the data if the file is in 12 mb of size and the data transfer speed is based on the unit 1 Mbps which means the Mbps is megabit per second.

Then the file will be completely shared to the specific user's computer in the network model between the 12 seconds of timing to reach all data packets fragmented into the data packets as a piece of information of a 12b size file.

1. Data Sharing Based on Bandwidth Capacity:

Communication systems utilize the data transfer capacity of network devices, allowing data to be shared effectively within the network model. High-capacity devices can handle larger data transfers, facilitating faster and more efficient communication between users.

2. Optimized Network Performance:

By managing data transfer according to each device’s capacity, communication systems prevent network congestion and ensure that data reaches its destination efficiently. This helps maintain consistent performance and reliability across the network.


Communication system included the security user interface with hardware resource to take input for verification of the user authentication

Communication systems included the security user interface with the hardware resources to provide the input taking into the application software to compute the input values into the program of the website which is distributed into many computer systems for sharing data and communication systems between many users connected into the network model.

The communication system included the hardware for security system based on the program of website or application used in the network model or communication system such as:- username and password input values comes from the keyboard input device to type of text data of username and password.

The microphone uses a voice recognition system and a webcam uses a face recognition system.

1. Enhanced Security:

The security user interface allows for additional layers of authentication, ensuring only authorized users gain access to the system. This may include biometric or hardware-based inputs, such as fingerprint scanners or smart cards, which add a robust security measure.

2. Resource Utilization for Verification:

The system leverages hardware resources to gather user input, such as a keypad, scanner, or secure access module, enabling precise verification methods. This minimizes the chances of unauthorized access and increases the overall reliability of user authentication.

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