Advancements and Challenges in Machine Learning: A Comprehensive Review of Models, Libraries, Applications, and Algorithms

Достижения и проблемы машинного обучения: всесторонний обзор моделей, библиотек, приложений и алгоритмов
Arif I. Sarwat, Shahid Tufail, Hugo Riggs, Mohd Tariq
2023-04-10

data protection lawsmachine learning algorithmsreinforcement learningsupervised learningunsupervised learning
In the current world of the Internet of Things, cyberspace, mobile devices, businesses, social media platforms, healthcare systems, etc., there is a lot of data online today. Machine learning (ML) is something we need to understand to do smart analyses of these data and make smart, automated applications that use them. There are many different kinds of machine learning algorithms. The most well-known ones are supervised, unsupervised, semi-supervised, and reinforcement learning. This article goes over all the different kinds of machine-learning problems and the machine-learning algorithms that are used to solve them. The main thing this study adds is a better understanding of the theory behind many machine learning methods and how they can be used in the real world, such as in energy, healthcare, finance, autonomous driving, e-commerce, and many more fields. This article is meant to be a go-to resource for academic researchers, data scientists, and machine learning engineers when it comes to making decisions about a wide range of data and methods to start extracting information from the data and figuring out what kind of machine learning algorithm will work best for their problem and what results they can expect. Additionally, this article presents the major challenges in building machine learning models and explores the research gaps in this area. In this article, we also provided a brief overview of data protection laws and their provisions in different countries.
1
It explains the theoretical foundations and real-world uses of machine-learning methods across energy, healthcare, finance, autonomous driving, e-commerce, and other domains.
2
It identifies major challenges in developing machine-learning models and highlights research gaps requiring further investigation.
3
The article serves as a decision-support resource for selecting algorithms based on data characteristics, problem types, and expected results.
4
The review briefly summarizes data-protection laws and provisions across different countries.
5
The review categorizes machine-learning approaches into supervised, unsupervised, semi-supervised, and reinforcement learning paradigms.

Machine learning models, algorithms, and their applications across data-driven domains

Theoretical foundations, practical applicability, expected results, challenges, and research gaps of machine learning methods

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Publication Date
2023-04-10
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Authors
Arif I. Sarwat
Shahid Tufail
Hugo Riggs
Mohd Tariq
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