Introduction

This essay is going to discuss communication networks or transmission control protocols. In addition to that different types of communication networks and their applications are going to be evaluated and discussed in this assessment. Apart from that, the discussion is going to portray the significant features held by the communication networks with defining the concept of the user datagram protocols. Be that as it may, the applications of the UDP protocols would likewise be taken account into with discussing the significant differences between transmission control protocols and user datagram protocols in the following discussion.

The Definition And Utility Of Communication Networks Or TCP

A communication network or telecommunication network would be described as a group of communication nodes which are interconnected through the links which would be utilised for exchanging messages among different nodes. In addition to that these links might utilise a range of multiple technologies based on the methodologies associated with message switching, packet switching or circuit switching for passing signals and messages. On the other hand, the transmission control protocol or TCP can be defined as one of the most significant protocols associated with the internet protocol suite. Be that as it may, the origin of transmission control protocol is the initial network implementation which it would complement the internet protocol. Hence it can be said that the overall suit would commonly be termed as either internet protocol or transmission control protocol (Volkov et al.2018, p.99).

When it comes to discussing the utility of communication networks, it can be said plagiarism checker tool rectified communication networks provide supportability to an increasing number of data and new devices as well as video applications along with the requirements of high bandwidth. In addition to that the smart devices, appliances and laptops are connected to the internet connection via the communication networks. Be that as it may, a continual flow of communication would be built between different wide area networks as well as local area networks employing the access to the application stored and shared data storage on the cloud servers. Apart from that, a communication network can allow the sharing of data, files and other kinds of information providing the authorized users with the ability to access information stored on a separate computer on the network (Xu et al.2016, p.145).

The Essential Features Of The Communication Networks

The essential features of the communication networks would include exchange of views and ideas, interaction between two or more individuals, mutual understanding, continual procedure, indirect and direct communication and utilisation of both symbols as well as words. In addition to that communication speed, reliability, security, scalability, hardware and software sharing, easy rollback and back up and sharing of data, file and other forms of information are also the significant features of the communication networks (Volkov et al.2018, p.99).

Different Types Of Communication Networks And Their Applications

Figure 1. Different Types Of Communication Networks

(Source: Wheebet al.2018, p.209)

There are six different types of communication networks which would include local area network or LAN, personal area network or PAN, wide area network or WAN, metropolitan area network or WAN, internet network and wireless network. However, in the discussion with Networking assignment help experts below all these communication networks as well as their application in the telecommunication sector are going to be enlightened:

Local Area Network

A local area network or LAN can be defined as a communication network which would interconnect multiple computer devices within a specific area like in a school, residence, community, university campus, office building or laboratory.  However, the purpose of a local area network is sharing network and files among different computers (Zhovnirnovsky et al.2016, p.1121).

In a LAN connection, among all the computer, one plays the role of the server and continues serving the other computer named clients whilst the software would be stored in the server and be used through the clients. Additionally, LAN is responsible for locally connecting different workstations inside a building for allowing them to intercommunicate with each other without needing any internet access. Sharing of the common computing resources such as printers and scanners is one of the essential applications of the local area network (Wheeb et al.2018, p.209).

Personal Area Network

A personal area network or PAN refers to a communication network which would enable communication among different computer devices around an individual. It is needed to be mentioned here that a PAN could be wired like Firewire or USB or they could also be wireless like ZigBee, Ultrawideband, Infrared and Bluetooth. It is nothing but an interlink of the personal technology apparatus for communicating over the area that is less than ten meters or thirty-three feet (Zhovnirnovsky et al.2016, p.1121).

Metropolitan Area Network

A metropolitan area network is a communication network that builds communication within a larger geographical area ranging between five kilometres to fifty kilometres. However, the as defined by Plagiarism free assignment help professional the region may include a college campus or multiple buildings and so on and hence it at times is termed as the campus network. Additionally, the speed or data rate would be high to moderate in MAN whilst it is responsible for cultivating the sharing of the geographical resources (Çorak et al.2018, p.709).

Wide Area Network

A wide area network refers to a communication network which would extend over a wide geographic region for the fundamental aim of computer networking. In addition to that, the wide-area networks would often be built with the leased communication circuits. Additionally, a WAN could be both public or private whilst is utilised for the network which ends up covering long distance like a country or a state. However, the communication medium utilised through a wide area network is satellite links or PSTN. WANs are implemented for connecting the local area networks besides the other kinds of networks so that the computers and users in a specific location could interact with the computers and users in the separate locations (Hall et al.2017, p.777).

Wireless

Wireless networks can be described as the communication networks which would not be connected through any type of cable. In addition to that, the application of a wireless network would enable enterprises avoiding the expensive procedure of installing cables into the homes or buildings (Rajaboina et al.2016, p.155). Get immediate assistance for your tuition assignment from coursework writing help of SourceEssay.

Internet Network

The internet network can be described as a communication network of different computing networks which would be distributed across the globe besides depending on a collectively shared range of communication protocols called the transmission control protocols/ internet protocols or TCP/IP. Be that as it may, it would enable communication, information storage and exchange for the users connected to it (Khairi et al.2020, p.1208). 

The Concept Of User Datagram Protocol (UDP)

The user datagram protocol or UDP can be described as a communications protocol which would fundamentally be implemented to establish loss-tolerating and low-latency connections among the applications on the internet connection. In addition to that, it is responsible for speeding up the transmissions by enabling the data transfer before an agreement would be provided through the receiving end. Be that as it may, essay typer defined the user diagram protocol continues facilitating the exchange of information or a message among multiple numbers of computing devices within a network which would utilize the internet protocol which would at times be termed as the user datagram protocol or internet protocol (Li et al.2016, p.1067).

The Significant Differences Between UDP And TCP

A transmission control protocol refers to a communications protocol, utilizing which the information gets to be transmitted among the systems across the network. In this protocol, the information would be transmitted as packets. On the other hand, a user datagram protocol is similar to a transmission control protocol excluding the capabilities of data recovery and error handling (Khan et al.2016, p.887). A transmission control protocol is signified as a connection-centred protocol whilst a user datagram protocol is signified as one of the connections of fewer protocols. In addition to that TCP is responsible for providing an error handling supportability with accelerating data transfer to the router in the receiving end which is comparatively very reliable than UDP.  Apart from that data is noticed to be transmitted in a specific sequence and therefore packets end up arriving in-sequence at the receiving end in the transmission control protocol. On the other hand, there would not be any sequencing format in user datagram protocol for implementing the order format, it would be managed through the application layer (Li et al.2016, p.1067).  To know more get assistance from My assignment help experts of SourceEssay.

Conclusion

At the end of this essay, it concluded that communication networks provide supportability to an increasing number of data and new devices as well as video applications along with the requirements of high bandwidth. In addition to that the smart devices, appliances and laptops are connected to the internet connection via the communication networks. Be that as it may, a continual flow of communication would be built between different wide area networks as well as local area networks by means of the access to the application stored and shared data storage on the cloud servers. Be that as it may, the user datagram protocol is responsible for speeding up the transmissions through enabling the data transfer prior to an agreement would be provided through the receiving end.

References

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Hall, H., Sokolinski, I. and Merhar, M., Oracle International Corp, 2017. TCP/udp acceleration. U.S. Patent 9,639,553.

Khairi, H.H., Ariffin, S.H., Latiff, N.A., Yusof, K.M., Hassan, M.K. and Rava, M., 2020. The impact of firewall on TCP and UDP throughput in an openflow software defined network. Indonesian Journal of Electrical Engineering and Computer Science, 20(1), pp.256-263.

Khan, A., Almagrabi, A., Ahmad, S. and Khan, S.A., 2016. Performance evaluation of TCP and DCCP protocols in mobile Ad-Hoc networks (MANETS). VFAST Transactions on Software Engineering, 4(1), pp.34-45.

Li, R., Shariat, M. and Nekovee, M., 2016, September. Transport protocols behaviour study in evolving mobile networks. In 2016 International Symposium on Wireless Communication Systems (ISWCS) (pp. 456-460). IEEE.

Rajaboina, R., Reddy, P.C., Kumar, R.A. and Venkatramana, N., 2016. Performance comparison of TCP, UDP and TFRC in static wireless environment. International Journal of Information and Computer Security, 8(2), pp.158-180.

Wheeb, A.H., Morad, A.H. and Tameemi, M.I.A., 2018. Performance evaluation of transport protocols for mobile ad hoc networks. J Eng Appl Sci, 13(13), pp.5181-5185.

Volkov, A.S., Bakhtin, A.A., Ugrovatov, A.V., Volkova, E.A. and Shalyagin, D.V., 2018, July. Applying of TCP-based protocols for mobile ad-hoc networks with PN signals in NS-3. In 2018Systems of Signal Synchronization, Generating and Processing in Telecommunications (SYNCHROINFO) (pp. 1-6). IEEE.

Xu, L., Yu, X., Feng, Y., Han, F., Hu, J. and Tari, Z., 2016, March. Comparative studies of router-based observation schemes for anomaly detection in TCP/UDP networks. In 2016 IEEE International Conference on Industrial Technology (ICIT) (pp. 1832-1837). IEEE.

Zhovnirnovsky, I. and Roy, S., Instart Logic Inc, 2016. Method and apparatus for improving the performance of TCP and other network protocols in a communication network. U.S. Patent 9,515,775.