Wireless Communication Networks Research Study: MITS

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MITS-Wireless Communications and
Networks-Research Study

Table of Contents
Introduction...........................................................................................................................................3
Introduction to the papers and their work..............................................................................................4
Methodologies defined in the research papers.......................................................................................5
Comparison of the results reported in those two papers with each other...............................................6
Merits and Demerits of the papers used.................................................................................................7
Future work...........................................................................................................................................8
Conclusion.............................................................................................................................................9
References...........................................................................................................................................10

Introduction
Wireless communication and networking is stated as one of the major factors to support the internal
and external communication between any organisations. Wireless communication and networking
consists of two different areas which are communication and networking. These both areas are
important to form a strong base for any type of organisation. A strong base of these areas can take an
organisation in a list of leading organisation. The wireless communication provides a user with tools
to communicate using handy tools and techniques. The modifications in the wireless communication
keep on upgrading to research about the vast area of this topic. The networking and communication
are considered as two parallel lines which cannot coincide but are important to measure the quality of
certain area. The wireless communication includes various types of devices like mobile, portable
application, two-way radios, cellular telephones etc. the term wireless is being used to mention that
the communication and networking techniques doesn’t requires any wired devices to transmit the data
or information between the systems. Therefore, these wireless technologies became the primary usage
in the networking and communication technology and were used in the devices like broadband, Wi-Fi
etc. to transfer the data from one end to another. Also, the wireless networking includes methods
through which the telecommunication networks works as a connection between the various equipment
locations. The implementation of the wireless networking takes place at the physical level (layer), of
the network structure. These wireless technologies provide services like long range communication
which are impractical with the use of wires. Some of the services can be achieved through wired
connections but are very costly and complex to be formed. The wired model takes time to be made
and consider each and every aspect of the network. In wireless communication and networking both
short range and long range transmission of information takes places with very less information loss.

Introduction to the papers and their work
The journals taken for the reference are used as these journals use the basic methodology for
determining the use of communication networks in their work. The first journal used in the study
deals with the use of communication networks in information interaction model for mobile devices.
The paper highlights the weight distribution according to the power-law in the mobile communication
networks. The information in the research paper is based on the importance of the interaction model
for the proposed system. The paper also possesses a solution to the weight distribution model, which
is presented in the model. It also produces the topology characteristics of the mobile communication
network (Zhou et al., 2019).
On the other hand, the second research paper about the communication networks includes the
information about the methods which are used for measuring the electronic communication network
in the virtual care using the electronic health records from the access-log data. In the research paper,
the electronic communication network is used to determine the structural variations in the structure of
the electronic healthcare data of the system. The paper also uses stats to prove the importance of the
communication networks in the medical sectors for storing electronic healthcare records (Zhu et al.,
2019).

Methodologies defined in the research papers
The methodologies used in the papers define the working of the interaction model of the mobile
communication network system. It uses techniques and methodologies to understand the information
about the interaction device of the mobile communication network for understanding the
communication pattern of humans. Also, perspectives about the information of the communication
networks are set due to the use of interaction modules between the individuals. It explains the logical
relations between the interaction topology and information structure. A novel based model is also
represented in the paper which determines the topology features of the mobile communication
network. This model helps to understand the law of human interaction model and has implications for
dynamic researches simulation of the social networks. In the second journal which has been chosen,
the paper uses a simple time-stamped electronic health access-log to extract the information from
healthcare centres to create a communication network among the healthcare professionals and the user
or the patient. The social network analysis is used to determine the methods to examine and visualize
the structure of the communication network used in the system. It also differentiates between the
working and meaningful structures of the networks. By using the access-log data to examine the
database of the electronic health record-based communication, it may use the enormous potential to
develop evidence based strategies to improve the communication between the healthcare
professionals.

Comparison of the results reported in those two papers with each other
The research paper chosen for the mobile communication networks describes the characteristics of
weight and degree distribution, specifically in the mobile communication networks. The new network
constructed follows the power-law, which provides equal weight distribution for the mobile
communication system network. The information flow between the individuals plays an important
role in the construction of the topological structure of the mobile communication system network.
Also, a model for the evaluation and analysis of these solutions is also proposed in the system to
determine the usefulness of the solutions for the proposed mobile communication system (Tang et al.,
2018). The model can also determine the characteristics of the reproduced mobile communication
system model. The model also challenges the universal mechanism of working of the communication
network in the mobile devices. The journal paper is based on the stats of the information diffused
through the social networks and on the analysis of a particular mobile network in the system. In the
other research paper, the research deals with the focus of healthcare professionals on the electronic
health record systems. The electronic health records associated with the medical errors are included in
the system networks of the health devices. The research also presents a method to measure the
electronic communication in virtual care teams by using or going through the access-log data in the
system network. The electronic communication in work shows a substantial variation in the network
system from the data which is associated with the clinical differences of the patient. The core team,
which is derived from social networks analysis, measures the mirror composition details of the
communicational system networks in the medical sector (Anandakumar, Umamaheswari and
Arulmurugan., 2018). It analyse the results gained through the research to find the difference between
the past researches and journals.

Merits and Demerits of the papers used
The main advantage of the paper used for determining the information about the mobile
communication network is that the proposed model of the system elaborated the characteristics of
mobile communication system networks. The paper also explains the tools, techniques and the
methodologies which are used in the system to support the mobile communication system network in
the evaluation process. It develops the techniques and upgrades of the services provided by the mobile
network connections to the user (Kaur et al., 2018). The mechanism described in the model is
compatible with the various mobile communication networks. The major disadvantage of the research
that the complexity of the paper the mobile communication network model is only working for the
system which can adapt the universal complex network of the mobile communication system. The
drawback also includes the dynamic processes of the paper that are to be followed to complete the
research for the proposed system. As per according to the second paper selected, the communication
network in the paper deals with the advantages of the electronic communication system in the
healthcare sector to store and transmit the healthcare related information (Li et al., 2018). This
research paper possesses a solution to the problems of storing the data electronically on the cloud for
further usage by the healthcare centres. The structural variations also vary from devices to devices as
the data insertion device has its type of topological structure to insert the data electronically on cloud
or a system. Also, system accessibility is a questionable thing of the research paper. Besides, the study
provides us with a method to measure the electronic communication system network in virtual teams,
which uses the EHR log-data to access in the system. The core teams analyse the social network of an
electronic communication system network closely to include all the aspects of healthcare data in the
account. The composition of the model is formed based on the research based on the studies made.
The major drawback is that the research cannot be used for the complex databases and complex
healthcare data.

Future work
The research in communication networks needs upgradations in the system. The research paper
included to go through the communication networks performs the improvements in the area of the
research. The research paper chose deals with the mobile communication system network. The system
proposed in the paper covers the problems associated with the network communication, but there is
always some techniques to make the system more efficient and compatible with the system
environment (Wang et al., 2018). The proposed research paper includes future work to improve the
system efficiency of the proposed system by working on the environment of the communication
network. The mobile communication system network also includes working on the device
compatibility to connect with the nearby devices.
On the other hand, the other journal is related to storing and using the electronic healthcare data by the
user and the healthcare centres. The future work of the research depends on improving the efficiency
of the databases which store the healthcare data. Also, it includes working on the factors which affect
the time complexity of saving and storing the data through electronic mediums. It also includes the
work on the security of the electronic data, which is used in the communication network of the system
to transmit the data within the system and externally. The authorisation and authentication protocols
are also considered to be focused on this journal (Zheng et al., 2019). The research paper possesses
various methods to save the healthcare data by accessing into the log Metadata of the user. The
authentication steps in the research are very less as it should be, and the future work is dependent to
secure the data at most in the system environment. The research paper gives various methodologies to
be studied upon which improves the system to be at the most efficient manner.

Conclusion
The research paper shows the characteristics of distribution degree and weight distribution in a
mobile communication system network. The weight distribution in the research follows the power-
law. The new network constructed from the innovative communication system network includes the
degree distribution and also follows power-law. The interaction of information between individuals in
the system has a role in the topology structure of the mobile communication system network. The
interaction information and the evolutionary mechanisms explain the importance of the features of the
mobile communication system network. A model is given and proposed according to the evolutionary
analysis solution, and the model provides a solution to the problems stated in the research paper. The
result of the proposed model shows that the model reproduces the characteristics and importance of
the mobile communication system network. Therefore, the mechanism of the proposed model is
helpful for the user to understand and manage the human-related information interaction for the
mobile communication system network.
On the other hand, the study elaborates the feasibility to use the EHR access-log Metadata and analyse
the social network to measure, analyse and determine the communication networks for the electronic
healthcare record system environment. The results show that the proposed methodologies and
techniques can capture salient communication tools and patterns in the virtual care teams which are
associated with the patients’ clinical healthcare data differences and also to identify key members for
the system of the virtual care team. The methods described in the research and the methodologies used
can be applied for the future studies and work to examine and study the working of the team
communication system networks influence on the patients’ results. Also, to improve the EHR
functions and strategies based on the evidence of the healthcare data for enhancing the team
communication system network and the clinical practices by the healthcare centres.

References
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communication networks", Physica A: Statistical Mechanics and its Applications, vol. 525, pp. 1170-
1176, 2019.
 F. Tang et al., "On Removing Routing Protocol from Future Wireless Networks: A Real-time Deep
Learning Approach for Intelligent Traffic Control", IEEE Wireless Communications, vol. 25, no. 1,
pp. 154-160, 2018.
 H. Anandakumar, K. Umamaheswari and R. Arulmurugan, "A Study on Mobile IPv6 Handover in
Cognitive Radio Networks", International Conference on Computer Networks and Communication
Technologies, pp. 399-408, 2018.
 H. Li, H. Zhu, S. Du, X. Liang and X. Shen, "Privacy Leakage of Location Sharing in Mobile Social
Networks: Attacks and Defense", IEEE Transactions on Dependable and Secure Computing, vol. 15,
no. 4, pp. 646-660, 2018.
 K. Kaur, S. Garg, G. Aujla, N. Kumar, J. Rodrigues and M. Guizani, "Edge Computing in the
Industrial Internet of Things Environment: Software-Defined-Networks-Based Edge-Cloud
Interplay", IEEE Communications Magazine, vol. 56, no. 2, pp. 44-51, 2018.
 W. Wang, J. Liu, G. Pitsilis and X. Zhang, "Abstracting massive data for lightweight intrusion
detection in computer networks", Information Sciences, vol. 433-434, pp. 417-430, 2018.
 X. Zheng, G. Luo and Z. Cai, "A Fair Mechanism for Private Data Publication in Online Social
Networks", IEEE Transactions on Network Science and Engineering, pp. 1-1, 2018. Available:
10.1109/tnse.2018.2801798 [Accessed 18 May 2019].
 X. Zhu et al., "Measuring Electronic Communication Networks in Virtual Care Teams Using
Electronic Health Records Access-Log Data", International Journal of Medical Informatics, 2019.