Uploaded on Aug 22, 2022
ML is a way of Programming with Artificial Intelligence. It replaces set rules of calculations with the program. With the given set of data, algorithms statistics, it combines and represents in a model form. These models will make predictions based on the input data. For #Enquiry: Website URL: https://www.phdassistance.com/services/phd-data-analysis/computer-programming/ India: +91 91769 66446 Email: [email protected]
Machine Learning Support in Supply Chain Management- Potential PhD Topics
How Can I Apply To
Machine
LToe Parerdincti Snupgply Chain
Risks- Potential PhD
Topics
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TODAY'S
DISCUSSION
In brief
The role of ML in predicting supply
chain risks
Importance of ML in supply chain risks
Interpretation based on Machine
Learning Conclusion
References
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In Brief
In a world full of competition where every
business is struggling to put itself ahead,
Machine Learning (ML) can grant some
exclusive opportunities.
From increasing profit margins to reducing
costs and engaging customers, machine
learning can help you in many ways.
Contd...
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As the world is triggered by the COVID-
19 situation, managing and handling
the supply chain risk is what everyone
is thinking about.
From lowering the risk and improving the
forecast accuracy machine learning is the
USB in the supply chains.
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The role of ML in predicting
supply chain risks
This application is based on artificial
intelligence that searches for trends,
accuracy, patterns and quality which
makes your experience better in the
system.
Especially the ML algorithms which lead
to the platform of supply chain
management helps to predict various
risks involved from unknown factors this
will help in keeping up the constant
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flow of all goods in the supply chain.
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Importance of ML in supply chain
risks
Many renowned firms are now paying keen
attention to ML to improve their business
effi ciency and predict risk in supply chains.
So, let’s take some time to understand how
AI addresses the various problems involved
in supply chains. Moreover, we will also
learn about the advanced Technologies role
in the Management of the supply chain.
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1. Cost
efficiency
ML can be great in waste reduction and
improving the quality. It can have an enormous
impact on the supply chains.
The power lies in its algorithms that detect the
pattern from the data and help in predicting the
involved risks in supply chains. ML can
continuously integrate information and
emerging trends to meet the new demands.
Thus, it’s very useful for retailers and business to
deal with aggressive markdowns and helping
them in cost effi ciency.
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2. Enables product
flow
With its set sequential operations it
enables smooth product flow. It
monitors the product line and ensures
the targeted process of production is
achieved.
It offers an overview of the system thus
it minimizes risks involved in the
supply chain.
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3. Transparent
management
MI can communicate and explain the risk
involved in supply chains with transparency. It
helps humans to understand the procedure
and take the right decision.
From e-commerce giants too small to medium-
sized business MI helps to manage their sales
and predict future risks with transparency.
Moreover, it helps in relationship management
because of its faster, simpler and proven
practices in administrative work.
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4. Quick solution for
problems
MI helps to resolve problems quickly with the
help of previous data. The MI prediction is
based on outcomes of the past results from
data.
It is best to deal with unbiased analysis of
quantifi ed factors to generate the best
outcome.
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Interpretation based on
Machine Learning
ML is a way of Programming with Artificial
Intelligence. It replaces set rules of
calculations with the program. With the
given set of data, algorithms statistics, it
combines and represents in a model form.
These models will make predictions
based on the input data.
Co
nt
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.
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It involves computer-aided modell ing
for supply chains. It is a process to
enhance performance and limit risks
with concrete predictions. With the Help
Coof lDleacttaion,
MI concludes with precise algorithms.
MI is perfect to manage the supply
chain and deal with all the risk
involved in it.
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FUTURE RESEARCH
TOPICS
S.No Type of Data Algorithm Purpose References
1 Patients data Machine Learning To identify key biomarkers to 23predict the mortality of individual patient [1]
OntoLFR(Logistics Financial
Ontology database(risk hidden To adapt to the variability, complexity and relevance of risk in early warning and 2 danger database) Risk Ontology + Apriori [2] pre-control.
algorithm
The blockchain data flow is designed to show the extension of ML at the level of
Block chain machine learning-
3 Cloud Database food traceability.Moreover, the reliable and accurate data are used in a supply based food traceability system [3]
chain to improve shelf life.
Statistical approach for power
To evaluate idleness and create techniques to optimize the profitability of the
control based upon multiple
enterprise. The maximization of trade-off capacity against organizational
4 Business Data costing frameworks using a performance is demonstrated and it is seen to be organizational inefficiency by [4]
machine learning model
power optimization has been validated
(SCM– MLM)
Datafrom physical Research and practice of SC risk management by enhancing predictive and
sources (e.g.
Digital supply chain twin – reactive decisions to utilizethe advantages of SC visualization, historical
ERP, RFID, sensors) and
5 Industry 4.0 disruption data analysis, and real-time disruption dataand ensure end-to-end [5]
cybersources (e.g. blockchain,
visibility and business continuity in global companies.
supplier collaboration portals,
andrisk data)
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Conclusio
n
The effi ciency level of the supply chain is crucial for businesses.
Operating businesses with tight profit margins and with certain
improvements can impact the overall profit line of the business.
MI Technologies make the job simple to deal with various
challenges of forecasting and volatility demand involved in
supply chains.
Moreover, it ensures effi ciency, profitability and better
management of the supply chain.
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Referenc
es
Ivanov, D., & Dolgui, A. (2020). A digital supply chain twin for managing the
disruption risks and resilience in the era of Industry 4.0. Production
Planning & Control, 1-14.
Baryannis, G., Dani, S., & Antoniou, G. (2019). Predicting supply chain risks using
machine learning: The trade-off between performance and interpretability.
Future Generation Computer Systems, 101, 993-1004.
Asrol, M., & Taira, E. (2021). Risk Management for Improving Supply Chain
Performance of Sugarcane Agroindustry. Industrial Engineering &
Management Systems, 20(1), 9-26.
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Chowdhury, M. E., Rahman, T., Khandakar, A., Al-Madeed, S., Zughaier, S. M., Doi,
S. A., … & Islam, M. T. (2021). An early warning tool for predicting mortality risk
of COVID-19 patients using machine learning. Cognitive Computation, 1-16.
Yang, B. (2020). Construction of logistics fi nancial security risk ontology model
based on risk association and machine learning. Safety Science, 123, 104437.
Shahbazi, Z., & Byun, Y. C. (2021). A Procedure for Tracing Supply Chains for
Perishable Food Based on Blockchain, Machine Learning and Fuzzy Logic.
Electronics, 10(1), 41.
Wang, D., & Zhang, Y. (2020). Implications for sustainability in supply chain
management and the circular economy using machine learning model.
Information Systems and e-Business Management, 1-13.
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