Data-Com Technology

Data-com Technology is at the forefront of advancing communication systems and data management solutions. It specializes in the development and integration of cutting-edge technologies to enhance the efficiency, reliability, and security of data transmission. By leveraging advancements in fiber optics, 5G networks, and IoT (Internet of Things) devices, Data-com Technology ensures seamless connectivity across various platforms. The company focuses on providing robust infrastructure for cloud computing, facilitating real-time data analytics, and supporting the growing demand for high-speed internet and mobile communications. Their innovative solutions are designed to meet the needs of industries ranging from telecommunications and healthcare to finance and smart cities.

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Dimension of Social Network:

In the digital age, social networks have become pivotal in shaping human interactions, information dissemination, and community building. The dimensions of social networks encompass various aspects, including network structure, user engagement, content dynamics, and the influence of algorithms. Understanding these dimensions is crucial for leveraging social media for personal growth, business marketing, and societal impact. Network structure refers to the way connections are formed and maintained among users, often visualized as nodes and links. User engagement highlights the level and types of interactions users have with each other and with content, such as likes, shares, and comments. Content dynamics involve the creation, sharing, and virality of posts, influenced by factors like relevance, timeliness, and emotional appeal. Lastly, algorithms play a significant role in shaping user experience by determining what content is seen and when, based on various metrics and user behavior. Together, these dimensions create a complex, ever-evolving ecosystem that influences how information flows and communities evolve in the digital world.


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Network Operating System

A network operating system is an operating system that connects multiple computers and devices on a local area network to allow the sharing of files and resources by connection and communication over a network.

The networking operating system is a crucial operating system that runs on a server and manages the data, applications, groups, users, security, and other functions of a network. Its fundamental purpose is to allow sharing of files and give printers access to a local area network, a private network, or other networks with multiple computers.

Functions of Network Operating System:

• It creates and manages the accounts of users on the network.
• It controls access to resources in the network.
• It configures and manages the resources on the network.
• It implements protocols over the network for better implementation of network functionalities.
• It facilitates a secure connection between two workstations by access control and user authentication.

Types of Network Operating Systems:

Network operating systems are of two types:

1. Peer-to-peer Network Operating System
2. Client Server Network Operating System

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What is Client-Server Network:

 

A client-server network is a computing architecture that divides tasks or processes between clients and servers. In this architecture, clients are devices or applications that request services or resources from servers, which are specialized computers or software applications that provide those services or resources. The client-server model is commonly used in networked systems, including the internet, corporate networks, and cloud computing environments.

Key features of a client-server network include:

Client: A client is a device or software application that initiates requests for services or resources from servers. Clients can range from desktop computers, laptops, and smartphones to specialized software programs used for specific tasks.

Server: A server is a specialized computer or software application that responds to client requests by providing services or resources. Servers are typically more powerful and have greater processing and storage capabilities than clients. They may be dedicated to specific tasks, such as web hosting, file storage, database management, or application hosting.

Communication Protocol: Client-server communication is facilitated through a communication protocol, which defines the rules and formats for exchanging data between clients and servers. Common communication protocols used in client-server networks include HTTP (Hypertext Transfer Protocol) for web communication, FTP (File Transfer Protocol) for file transfer, and SMTP (Simple Mail Transfer Protocol) for email communication.

Client-Server Interaction: Clients initiate communication with servers by sending requests for services or resources. Servers process these requests, perform the necessary tasks, and send back responses to the clients. This interaction follows a request-response pattern, where clients send requests and servers send back responses.

Centralized Management: In a client-server network, servers play a central role in managing resources, data, and services. They often have centralized control over access, security, and administration, which allows for easier management and maintenance of networked systems.

Scalability and Flexibility: Client-server architecture is scalable and flexible, allowing for the addition of new clients and servers as needed. Servers can be added or upgraded to handle increased demand, while clients can access services from anywhere with network connectivity.

Examples of client-server networks include:

• Web servers hosting websites and web applications, with clients accessing these resources using web browsers.
• File servers providing centralized storage and access to files and documents for client devices on a network.
• Email servers managing the sending, receiving, and storage of email messages for client email applications.
• Database servers storing and managing data for client applications, such as enterprise resource planning (ERP) systems or customer relationship management (CRM) software.

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Benefits of Cloud Networking

 

High Scalability: It requests the supply of resources on a huge scale without any human intervention with each service provider.

High availability and Reliability: The servers are available at the right time without any delay or disappointment.

Agility: It shares the resources effectively among the users and works quickly.

Multi-sharing: By distributed computing, different clients from multiple areas share the same resources by fundamental infrastructure.

Maintenance: It is user-friendly as they are easy to access from their place and doesn’t require any installation setup.

Low Cost: It is very cost-effective and pays according to its usage.

Services in pay per use Model: Application Programming Interface is given to customers to use resources and services and pay on a service basis.

On-Demand Self Service: Cloud computing offers the required services and applications to the client. With the login key, they can start to use it without any human interaction and cloud service providers. It includes storage and virtual machines.

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Role of the Internet of Things

The Internet of Things has been implemented across numerous industry verticals already. The manufacturing, retail, government, healthcare, and automotive sectors have increased IoT adoption. Industries such as education and sustainability are envisioning high-impact changes with the aid of IoT.

 
At a business level, the Internet of Things plays the role of an ultra-intelligent analyst. It provides data insights for better decisions, and finds gaps in operations and processes, and business policies. It also creates an unprecedented connection between the factory floor and the business. All this means increased productivity, even while cutting down on costs and energy expenditure. The result of all this is undoubtedly an improved company bottom line.

The Internet of Things enables the automation of everyday things that tend to suck up manpower and resources. Automatically switching settings based on immediate environment or usage is one example. This frees up a lot of resources for the organization to focus on innovation and the company’s broader vision.

The various types of IoT that are currently in the market are:

1. Industrial IoT

Industrial IoT, or IIoT, is the internet of things in an industrial setting. It mainly applies to machine-to-machine communication with little user interaction. Industrial IoT is often used to improve logistics and supply chain management. The Industrial Internet of Things is often referred to as the fourth wave of the industrial revolution, or Industry 4.0.

2. Commercial IoT

Commercial Internet of Things can further be split into consumer IoT and enterprise IoT. These are IoT solutions consumed by everyday users or enterprises to efficiently run their businesses.


Smart homes and fitness bands are examples of consumer IoT. They typically require some sort of user input.

Enterprise IoT encapsulates business-ready SaaS IoT solutions that businesses across industries can incorporate into their infrastructure. An example is using Bluetooth low energy (BLE) beacons to improve shopping experiences on a retail floor. The healthcare industry has significant prospects with the Internet of Things, with solutions extending from managing chronic illnesses to inventory management in pharmaceuticals.

 
3. Infrastructure IoT

Smart buildings aim to use the Internet of Things to reduce energy consumption, maintain costs, and utilize spaces more efficiently. Corporations and educational institutes with sprawling campuses benefit the most from infrastructure IoT.

Urban planning committees worldwide are dabbling with the concept of smart cities. Sensors are installed across cities at traffic signals and lamp posts to provide a constant data feed. This data also includes air quality levels and radiation levels. IoT can be leveraged here for traffic management, predicting and detecting maintenance problems, and crowd control.

 
4. Defense IoT

Defense Internet of Things, as the name suggests, leverages the military use cases of IoT. These include surveillance robots and wearable combat gear.

The Internet of Things is all-pervasive. The role of IoT will only increase, making it an undeniable part of every business and even human decision.

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Type of Communication Network

 

In this article, we will see an outline on Types of Communication Network. In an organization, members contact each other and the pattern of contacts or flow of information is the communication network. Contacts are created with different pattern and this helps the management to contact the employees. Through the network, the resources can share their data and applications. The network is divided based on the number of people involved in the communication, organizational size and nature of the communication network. The common network patterns are Vertical Network, Circuit network, Chain network, Wheel network, and Star network. Transmission and reception of information is the basis of communication.

Types of Communication Network

Below are the types of Communication Network:

1. Vertical Network

The communication which passes from one person or process to another person or process in a vertical pattern is called Vertical Network. It can happen either in the top to bottom or bottom to top format. This communication provides an immediate response as the receiver receives the information faster than any other network. We can call this network as a formal network. The best example is the communication between top level and bottom level employees. Miscommunication does not happen in this network as this is a type of direct communication.

2. Chain Network

This network is in a hierarchical level and follows a series of commands. Here bottom to top communication does not happen. Superiors ordering the subordinates is the best example of this type of network. Also, the leader leading the group of people is an example of Chain Network. The message has to reach from top-level to bottom level without any alteration of meaning or words. Care should be taken to avoid the same. This network is not fast and few people who don’t understand the message will remain in the loop.

3. Circuit Network

When the communication between two people happens simultaneously in a circuit is called Circuit Network. Though it works like Vertical Network, there are no superiors or subordinates or at least not considered like them. Here the communication is a two-way communication. The messaging or information reception is continuous and the people involved can be at the same hierarchical level.

4. Wheel or Spoke Network

The commands or information is from a single superior and subordinates form a wheel in the network. The entire network is highly centralized format and expects immediate feedback once the message is given to the receiver. And due to this, we can call this communication as a type of micromanagement. This network is an improved form of Chain Network. Since the information is received directly from the central authority, there is no chance of miscommunication and the communication is very powerful. Startups mostly use this type of network.

5. Star Network

Several people are involved in this network and the process forms a star shape. This network enables people to communicate with each other or with people who are involved in the same process. This network can be considered as a development of a wheel network with no central person to control the way of communication. All are free to communicate with each other. No restrictions are present to block the communication between people in the process. Teamwork is built using this communication. A WhatsApp group which is related to work is a good example of Star Network.

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Network devices used in computer networking:-

 

1. Repeater 🔄: Think of a repeater as the network’s cheerleader, working at the physical layer 🌐. Its job is to boost and regenerate signals, preventing them from becoming weak or corrupted during transmission. It’s like a signal superhero 🦸‍♂️.

2. Hub ☁️: Hubs are like the town squares of the network, with multiple ports for connecting different branches. However, they lack intelligence and can’t filter data. Instead, they broadcast data packets to all connected devices like an enthusiastic town crier 📣.

3. Bridge 🌉: Bridges are the traffic cops of the network world, operating at the data link layer. They smartly filter content by reading MAC addresses, ensuring data goes where it’s supposed to, much like guiding cars on different lanes of a bridge 🚗.

4. Switch 🔀: Switches are the intelligent traffic managers 🚦 of the network. They operate at the data link layer and efficiently forward data packets between devices within a network. Think of them as traffic directors, ensuring data gets to its destination without congestion 🚗🚙🚛.

5. Router 🌐: Routers are the navigators 🧭 of the network, working at the network layer. They use IP addresses to guide data packets between different networks. Routers are like the postal service of the internet, directing data to the correct addresses 📬.

6. Gateway 🌍: Gateways are the translators 📚 of the network world. They connect two different networks that use different protocols, making sure they can understand each other’s language. Gateways are like interpreters bridging the communication gap 🗣️.

7. Network Interface Card (NIC) 🖧: NICs are the network’s communicators, residing in individual devices like computers and servers. They provide the interface between the device and the network, allowing data to be sent and received. NICs are like the device’s voice 🗣️ in the network conversation.

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What does IEEE 802.11 standardize in wireless networking

 

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Which networking device operates at the data link layer of the OSI model?

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What does LAN stand for in networking?

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