Annotated Bibliography: 5G Wireless System Impact Over 10 Years

This annotated bibliography, created by a student, explores the multifaceted impact of the 5G wireless system over the next 10 years. It includes four sources, each with an annotation of approximately 150 words, examining the technological advancements and societal shifts associated with 5G. The sources delve into topics such as 5G network slicing strategies for smart factories, the role of self-organizing networks and machine learning in 5G management, the softwarization and virtualization in 5G mobile networks, and the potential of the Internet of Medical Things (IoMT) within a 5G framework. The annotations summarize the key arguments, methodologies, and findings of each source, highlighting the potential of 5G to revolutionize various sectors, from manufacturing and healthcare to communication and data processing. The bibliography aims to provide a comprehensive overview of the current research and future prospects of 5G technology, emphasizing its transformative potential across multiple domains. The sources provide a good overview of the 5G technology and its impact on human life in the near future.

Running head: ANNOTATED BIBLIOGRAPHY-PART 2
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Annotated Bibliography-Part2
Student Name
Institution Affiliation

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Annotated Bibliography-Part 2
Walia, J. S., Hämmäinen, H., Kilkki, K., & Yrjölä, S. (2019). 5G network slicing strategies for a
smart factory. Computers in Industry, 111, 108–120.
The 5G wireless system is going to improve the flexibility and service quality in factories
through network slicing. Factories are becoming independent of networking, but the current
networking does not give the full potential compared to the 5G wireless networking. This
research show an illustration of how 5G network slicing strategies for a smart factory can
improve productivity and efficiency. Network slicing uses the same physical network to create
logically separated use case-specific virtual networks. Well-defined feasible management models
and strategies are vital to the success of network slicing, even in situations where other qualities
of service and resource reservation technologies have failed. The use of the 5G network
specification will ensure that value networks, network actors, and multiple network domains are
included in the strategy. This will revolutionize the factory sector soon.
Moysen, J., & Giupponi, L. (2018). From 4G to 5G: Self-organized network management meets
machine learning. Computer Communications, 129, 248–268
The 5G network system will change self-organization in the cellular networks soon. Self-
organizing networks (SONs) play a crucial role in the improvement of operation, administration,
and management (OAM) activities. Self-organizing systems aim to reduce the installation cost
and management of 4g and future 5G networks. This can be achieved through the development
of the capability of the SONs to configure, optimize, and heal itself. The 5G network system
management requires the autonomous management of the SONs to be extended to end network.
To achieve this, machine learning technology has been identified as the most appropriate tool to

ANNOTATED BIBLIOGRAPHY-PART 2 3
improve the autonomous capabilities of the self-organizing networks of 5G systems. The 5G
network system will provide a deeper understanding of how networks operate and how to
improve future networks.
Fettweis, G., & Alamouti, S. (2014). 5G: Personal mobile internet beyond what cellular did to
telephony. IEEE Communications Magazine, 52(2), 140-145.
The society, including how people interact and communicate, has been influenced immensely by
cellular technology. 5G wireless system is going to have a significant impact on our life, ranging
from communication to manufacturing in the next ten years. Apart from the voice telephony, the
5G technology is going to expand the advancements limits in the application, data access, data
processing, and services. The predecessor of cellular technology has not fully utilized the
internet. The 5G wireless system is going to exploit the full potential of the internet to impact
nearly all aspects of human life and existence. Through the 5G wireless network, communication
will be improved through the personalization of devices and content awareness. The technology
can introduce a host of new services through the embedding of communicating sensors in our
environment. The system will present the Tactile Internet, which will change all the application
areas such as energy, games, sports, education, traffic, safety, and health.

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Condoluci, M., & Mahmoodi, T. (2018). Softwarization and virtualization in 5G mobile
networks: Benefits, trends, and challenges. Computer Networks, 146, 65–84
The 5G wireless system is the future of network technology due to the various benefits
associated with it. 5G networks architecture is going to offer programmability, reconfigurability,
and flexibility in cellular networks. The previous and current networks are not able to provide
the above mentioned benefits as the 5G system does. This makes it necessary to change the
design of mobile systems from solid functionality. Softwarization and virtualization are two
disruptive design paradigms appropriate for decoupling network functionalities in 5G networks.
The design and implementation of the 5G network system should meet standard requirements
that will support future network advancement. Virtualization and softwarization play a crucial
role in the design of the 5G network as well as the standardization of the future networks.
Through virtualization and softwarization, the 5G network will be compatible with many
applications, therefore, making it applicable in a wide range of scenarios. This will enable the
5G network system to have an impact on various aspects of human life soon.