ITC-571 Project: IoT and Industrial Transformation in Smart Industries

Desklib provides past papers and solved assignments. This project explores the role of IoT in smart industry transformation.

Proposal for ITC-571
Student Name and ID
Project area Internet of Things and foundation of smart industries
Type of Project Review
Technology IOT technology
Technique Transformation techniques
Domain Foundation of Smart industries
Project name Role of IoT-enabled services and Industrial Transformation techniques for foundation of smart industries
Keywords Internet of things, IoT devices, advantages and disadvantages of the devices, industrial transformation, digitalization
1. Introduction Background
Information,
Issues, and
Current Solutions
1. IoT or internet of things refer to the network of devices which includes electronic appliances,
software, home equipments, etc which are actually used by the people to connect and share data or
important files. Various examples of the industries are collected to show how the IoT devices are
benefitting the industries and how the business is also improving for using real time analytics for
making plan for production, customer service and many more services. Companies like Harman and
Infosys provide us with detailed information to show the application of IoT enabled devices.
Advantages and disadvantages to be explained and advantages include effective communication
between devices, automation and control, sharing information to take proper decision and there are
disadvantages as well. There can be compatibility, complexity issues related to the services which are
needed to be addressed.
Industrial transformation refers to the transformation in the products of the industries, operations,
feedbacks that are enabled with the help of data and analytics. Various models can be discussed to
frame the need for digital transformation in the industries and such transformation in the digital
platform will help in improving overall performance of the business considering safety and risk
management. Pillars for industrial transformation should be discussed and the list of industries to be

mentioned that are encouraging Internet of Things and the industries are agriculture, healthcare, retail,
transportation, energy and manufacturing industries.
Shortcomings/
limitations in the
current /existing
solutions
2. There can be various limitations while framing solution to the issues as it is not possible to consider
every type of industries and industrial transformation is a huge concept so considering all kind of
models for digitalization is not easy. However research and surveys are done to consider few models
that will discuss the industrial transformation by using IoT enabled devices.
Importance of
solving this
problem
3. Various industries such as agriculture, manufacturing, retail and others are showing the need for
IoT as such services will not only improve the business but also the customers will get benefitted. So
it is important to highlight the need for industrial transformation and why smart industries are
required. The industries will have proper operational efficiencies, proper security and privacy,
decisions will be taken in a better way and will have improved version of business intelligence.
2. The Main objective
and purpose of this
research
1. The specific aims of this project are-
1) IoT enabled services and its benefit to the business
2) Using the surveys the disadvantages to be addressed and then need for smart industries
3) Proper solutions to be proposed so that the industries can follow and improve their performance using the devices.
2. The purpose of this research includes the foundation of smart industries with the help of industrial transformation
techniques and IoT-enabled services so that the business can be improve and communication can be also increase. Also, the
performance of industrial processes can be improved with the help of IoT-based devices.
3. Questions need to be
answered
Research Questions
 How can IOT based devices are used for transformation of smart industries?
 What kinds of industries are transformed after applying the various IOT tools?

 How business would be growing after transforming and digitalizing the industrial processes?
 What are the benefits of IOT enabled services for different type of smart industries?
4. A Brief Description
of Your Proposal
The research to be done to show how the industries are getting benefitted with the internet of things and also models and
framings to be done to explain industrial transformation. Various industries to be considered in details and how their
business and performance can improve with IoT -enabled devices.
5. The Process
orMethodology of Your
Project
Define the chosen technique
The chosen technique is industrial transformation which is helpful for the industrial revolution for improving the industrial
processes. The IOT-enabled services are also included in the industrial transformation so that performance can be increased
for management of industrial processes.
Review studies on the chosen technique
Literature review (LR)
- Research on IoT enabled devices and their advantages towards the industries.
- considering various problems of the devices that are to be solved.
2. using various models for industrial transformation and digitalization
- Collecting information about various industries using IoT devices for better performances.
- Discussions on the industries that are asking for smart solutions for industrial transformations.
Propose your taxonomy and major components

The proposed taxonomy is Data collection, digitalization and transformation (DDT) which includes three components i.e.
data collection, digitalization and transformation. These components are helpful for improving the industrial processes and
for digitalization of industries.
6. Expected Outcomes The end users will be the industries their workers and customers who will get benefitted with the services and the project
will be able to provide a proper framework to show the benefits and applications of digital transformation in the industries.
Reference list Reference:
 Auer, M. E., &Zutin, D. G. (Eds.). (2017). Online Engineering & Internet of Things: Proceedings of the 14th
International Conference on Remote Engineering and Virtual Instrumentation REV 2017, Held 15-17 March 2017,
Columbia University, New York, USA (Vol. 22). Springer.
 Boyes, H., Hallaq, B., Cunningham, J., & Watson, T. (2018). The industrial internet of things (IIoT): An analysis
framework. Computers in Industry, 101, 1-12.
 Corbò, G., Foglietta, C., Palazzo, C., &Panzieri, S. (2018). Smart Behavioural Filter for Industrial Internet of
Things. Mobile Networks and Applications, 1-8.
 Gierej, S. (2017). The framework of business model in the context of Industrial Internet of Things. Procedia
Engineering, 182, 206-212.
 Rayes, A., &Samer, S. (2017). Internet of things—from hype to reality. The road to Digitization. River Publisher
Series in Communications, Denmark, 49.
 Tang, C., Wei, X., Xiao, S., Chen, W., Fang, W., Zhang, W., & Hao, M. (2018). A mobile cloud based scheduling
strategy for industrial internet of things. IEEE Access, 6, 7262-7275.
 Usländer, T., &Batz, T. (2018). Agile Service Engineering in the Industrial Internet of Things. Future Internet,

10(10), 100.

1. Generic Diagram
Figure 1: IoT-enabled services and Industrial Transformation techniques for foundation of smart industries