Project Report For Computer Networking


Project Report For Computer Networking is as follows.

A computer network is a configuration that connects a lot of different computers to exchange resources and data. By integrating computers and other technology, user communication is facilitated. Computer networks are groups of two or more networked computing devices. A network connection can be made through cable or wireless media. Computers and tools are connected through the use of hardware and software on any network.

A computer network is made up of various types of nodes. A computer network can have nodes made up of servers, networking equipment, personal computers, and other specialised or general-purpose hosts. Using network addresses and host names, you can find them.

The essential components of computer networking are nodes and connections. Data terminal equipment (DTE), which includes two or more computers and printers, can be considered a network node. Data communication equipment (DCE), which includes a modem, hub, or switch, can also be considered a network node. The media used to connect two nodes for communication is called a link. 

Links can be actual physical structures, like cable wires or optical fibres, or they could be void spaces that wireless networks use. The architecture of the computer network dictates the designs of these logical and physical components. It provides the protocols, practices, operational organisation, and physical components of the network standards.

Project Report For Computer Networking

Types Of Computer Networking

  • Expeller-Pressed Process :- Expeller pressing employs a press to physically press the oil out of the seed as opposed to employing chemicals to do it. No solvents are utilised in the expeller-pressed procedure, thus there is no possibility of encountering any lingering hexane residue. An expeller press is a device that uses friction and constant pressure to force oil through a hollow. About 87 to 95% of the oil in the seed is extracted during expeller pressing; hence, some oil is still present after pressing. 
  • Cold-Pressed Process :- Low oil content seeds and nuts can have their oil extracted using cold press expellers, commonly known as cold oil presses. They operate without the use of heat or chemicals by slowly pressing the oil-bearing material after crushing it. Because it keeps the oil’s inherent nutrients and flavors, this method of oil extraction is frequently recommended. Cold-pressed seed oils are expeller-pressed oils that have not been cooked during the refining process and are completely unprocessed. These oils can only be made at temperatures below 122 degrees Fahrenheit. 
  • Solvent Extracted Process :- The seeds are mashed into a paste before the oil is extracted during the solvent extraction process. The internal fat is then released from the crushed seeds by purging or washing them with a solvent like hexane.  The oil is subsequently processed in an enclosed chamber to remove the solvent. Refined, Bleached and Deodorised, sometimes known as “RBD,” is the last step in the oil’s refinement process. Oil may also be winterized and/or degummed in specific circumstances. 97 to 99% of the oil from the seed is removed by solvent expulsion. The oil may be extracted from the seeds most effectively using this procedure. 

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Market Potential Of Computer Networking

In 2021, Computer Networking was worth US$20.6 billion. From 2022 to 2031, it is anticipated to grow at a CAGR of 10.8% and reach US$ 56.3 Bn by the end of that year.

Companies that build computer systems that integrate computer hardware, software, and communication technologies across a network make up the networking sector. Hardware and software for the system may be offered by this business or organisation as a part of integrated services or by third parties or vendors. These systems are frequently installed, trained, and supported by industry establishments. 

A computer network is made up of a number of computers and other devices that are linked together by communication channels. Computer networks make it possible for people, companies, and organisations to rapidly communicate information throughout the world. Electrical engineering, telecommunications, computer science, information technology, and computer engineering are only a few of the many streams and substreams that make up computer hardware and networking.

Due to the rising popularity of cloud services and the demand for real-time network activity monitoring, the market for computer network traceability technology has experienced rapid expansion in recent years. With more firms placing a high priority on network security and monitoring, the technology has enormous potential. Since many suppliers are inventing and utilizing artificial intelligence and machine learning approaches to improve the effectiveness of the technology, the market is anticipated to continue growing throughout the ensuing years.