Wireless Communication Assignment: Analyzing Two Research Papers

Question

Task: Provide an analysis on two research papers based on wireless networks and communication.

Answer

Introduction
The concept of wireless communication analyzed in this wireless communication assignment can be seen as fastest rising segment of the communications business. Therefore, it has attracted the interest of majority and interest of media of people around the world. The impact of wireless technology on our lives today is greater than ever. Additionally, communications techniques have evolved from attempts to communicate orally manage modern technologies many years ago to improve the capability to communicate successfully with everyone. Whenever author using a TV make a call or computer activates the wireless technology moreover benefits from its helpful aspects. It simply uses an electronic system to connect to a changing life. This research requires in-depth reading and analysis of wireless networks and communications.

Main Work
The objective of many communications technicians and experts is to find a way to transmit messages over a long distance without wires. This dream was realized in 1901, when Juliimo Marconi or his two colleagues were in New York. On a hilltop in Finland, they heard the Morse code (almost not the letter X) and moved it to 1,700 miles from the Cornwall, England, representing the first transition to wireless technology successfully. This success is called establishment of the Marconi technology for a wireless communication.

Article 1: Point-to-point communication and its applications have become common structural models in wired network environments. However then, they have been not adjusted successfully through wireless environment. Distinct traditional customer-server frameworks, in P2P framework, every node can act as both a client and a server, and exchange information or data with other nodes.
Article 2: Mobile wireless peer-to-peer network is the collection of the wireless nodes that together form network with no any centralized management or fixed infrastructure.

Methodologies
Article 1: The author of this Article aims to design application that can adapt to the wireless ad-hoc network. P2P communications helps people share file (data, images, audio, and video,) as well as communicate with each other with no relying on specific network infrastructure and restricted data usage [8].

Article 2: In this Article of wireless communication assignment, an unstructured platform with higher throughput but lower cost for wireless mobile P2P networks has been also proposed. The stage addresses the restrictions of wireless media bandwidth as well as limited memory furthermore power computing [9]. It uses the low-cost gossip protocols as primary maintenance operation moreover uses (re)configures the algorithm, which uses the restricted resources of network in efficient manner, thereby improving network performance.

Result comparison
Article 1: The mobile ad hoc network (MANET) has fewer infrastructures, and nodes can act as either clients or servers, improving data availability and fault tolerance [6]. Therefore, P2P networks are ideal for distributing content on networks. According to current theory, the energy consumption and bandwidth of the wireless mobile devices can be minimized as well as throughput of network can be increased [9]. In order to maintain the effective sharing of data or information moreover improve the durability of the network, we have implement (re)configured [23] algorithm, which can provide configuration, reorganization and maintenance of P2P networks through self-organizing networks. To analyze presentation of algorithm, we performed a few simulations utilizing MATLAB and NS-2. The proposed platforms are flexible and robust with the high fault tolerance [8].

Article 2: The proposed model is a P2P model that can allows data sharing models between two or more devices at low cost and high speed transmit of data [1]. Deploying P2P protocols as well as applications in a collective wireless environment model provides a huge variety of users with a solution to share their personal content (video, audio, and data) that will have improved data transfer rate moreover no A data usage fee is charge for the restricted quota. The Content is only shared from the one peer or can also be downloading from other peer, regardless of number of the peers linked to domain and network zone [9]. This is also provided for competent content distribution utilizing low-cost data connections that does not charge any fees for data carriers that are subscribed to the Internet. Considering the end result in order to maintain reliability and efficiency and to maintain the quality of the application during data transmission, future improvements to this article can be considered [7].

Advantages and disadvantages/superiority
Both of these articles illustrated in this wireless communication assignment has some advantages, but mainly suggests things that are unlikely to happen in the future. I commend the author for his unique insight into the future of our economic and social status, but I warn readers to read this article with a cautious mindset. In my opinion, there are many flaws in the text [2]. Thompson uses role models, his vision is unstable and suspicious conclusions make this article less authoritative. Before investigating this article to engage in a heated debate with friends and even with your own inquiry, please study mysticism as a supplementary reading [5]. If author want to challenge and/or change your beliefs, this article can definitely provide this. This paper introduces the reasons for the low penetration rate of wireless P2P communication among consumers, and analyzes it, and proposes the improvements that may be needed [3]. The message will then be sent from the wireless transmitter of device A to the wireless receiver of device B Without having to access the Internet.

Changes in /future-directions
In future works, we will examine various approaches to designing low-cost platforms by improving performance of the P2P networks on MANET [4]. We are interested in examine the belongings of the response time, energy, node density, and node mobility in the ad hoc or P2P layers. Cache [24] is a promising approach where nodes will actively store most frequently access items [6]. By parsing queries with fewer hops, they can reduce response time furthermore number of the messages in your network. The variable transmit power in a particular routing protocol allows the node to have a few control over its local density [1].

Conclusion
In above papers discussed in this wireless communication assignment, we analyze the reasons why the wireless P2P technology utilization is extremely low and the Internet dominates. We prove that the Internet is popular because the Internet is the first Internet and the solutions it provides are good enough. Despite this, we claim that it is difficult to solve specific use cases using the Internet, and wireless P2P provides a very suitable framework. In analyzing the use cases, we conclude that the gossip algorithm is suitable for solving these problems. Nonetheless, we point out that although these algorithms are well suited for theoretical discussion, there are still some assumptions that are problematic for practical solutions. They ignored the existence of wireless P2P technology and pointed out that a node can contact a node at a time. We believe that for practical solutions, it is necessary to consider existing technologies and try to take advantage of the nature of broadcast wireless communications.

Reference List
[1]M. Domingo, "Securing underwater wireless communication networks", IEEE Wireless Communications, vol. 18, no. 1, pp. 22-28, 2011. Available: 10.1109/mwc.2011.5714022.

[2]C. Liang, Q. Zhang, J. Ma and K. Li, "Research on neural network chaotic encryption algorithm in wireless network security communication", EURASIP Journal on Wireless Communications and Networking, vol. 2019, no. 1, 2019. Available: 10.1186/s13638-019-1476-3.

[3]X. Shen, "Green wireless communication networks [Editor's note]", IEEE Network, vol. 27, no. 2, pp. 2-3, 2013. Available: 10.1109/mnet.2013.6485087.

[4]S. Tripathi, M. Kumar and A. Kumar, "Graphene based tunable and wideband terahertz antenna for wireless network communication", Wireless Networks, 2019. Wireless communication assignment Available: 10.1007/s11276-019-02101-8.

[5]A. Ribeiro, "Optimal resource allocation in wireless communication and networking", EURASIP Journal on Wireless Communications and Networking, vol. 2012, no. 1, 2012. Available: 10.1186/1687-1499-2012-272.

[6]Y. Dai, J. Wang and C. Zhang, "Research of wireless ad hoc sensor network communication topology based on power distribu-tion network", JOURNAL OF ELECTRONIC MEASUREMENT AND INSTRUMENT, vol. 26, no. 10, pp. 864-869, 2013. Available: 10.3724/sp.j.1187.2012.00864.

[7]B. Li, Z. Zhou and W. Zou, "Ultra-spectra communication system (USCS): a promising way to energy-efficient green communication networks", EURASIP Journal on Wireless Communications and Networking, vol. 2012, no. 1, 2012. Available: 10.1186/1687-1499-2012-47.

[8]M. Islam, M. Abedin and S. Das, "Mobile Wireless Peer-To-Peer Network with Higher End-To-End Throughput And Lower End-To-End Delay", Mobile Wireless Peer-To-Peer Network with Higher End-To-End Throughput And Lower End-To-End Delay, 2014. Available: https://pdfs.semanticscholar.org/f0d5/0437a8be68b9c0eb28976e4989ad44fcf30f. [Accessed 27 September 2019].

[9]V. ellappan, s. chaki and a. kumar, "Application of wireless networks-peer–to-peer information sharing", Application of wireless networks-peer–to-peer information sharing, 2017. Available: https://www.researchgate.net/publication/321482665_Application_of_wireless_networks-peer-to-peer_information_sharing. [Accessed 27 September 2019].