Saranya, R (2024) ARTIFICIAL INTELLIGENCE MULTIDIMENSIONAL IMPACT APPLICATIONS ACROSS DIVERSE FIELDS. ARTIFICIAL INTELLIGENCE MULTIDIMENSIONAL IMPACT APPLICATIONS ACROSS DIVERSE FIELDS, 3 (4). pp. 346-362. ISSN 978-93-6252-750-9

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Abstract

A disruptive era has begun with the rapid
progress of Artificial Intelligence (AI), bringing with
its unmatched accomplishments and complex impacts
across numerous industries. This chapter explores the
multifarious impact of AI applications, highlighting
their various uses and ramifications in industries like
manufacturing, healthcare, finance, and education,
among others. With the use of predictive analytics,
image recognition, and personalised medicine,
artificial intelligence has entirely altered patient care,
treatment regimens, and diagnostic procedures. AI
algorithms are used by the financial sector to improve
decision-making processes through risk assessment,
fraud detection, and portfolio optimisation. AI in
education makes it easier to personalise lessons,
conduct adaptive tests, and enhance the use of
educational resources while meeting the needs of each
individual student. AI-driven automation, predictive
maintenance, and supply chain optimisation have
improved productivity and accuracy in the
manufacturing sector. AI has also aided in scientific
research advancements by enabling data analysis,
recognising trends, and simulation models that
quicken the rate of discovery. Artificial intelligence is
having an immediate social influence in places like
smart cities, where it is used for energy optimisation,
traffic control, and public safety. The chapter
emphasises the necessity for interdisciplinary methods
in order to fully utilise the potential of AI technology,
as well as the collaborative synergy between AI and
many fields. Through an analysis of the various uses
of AI, this research helps to build an in-depth
understanding of the ground-breaking effect that AI
has on various industries, opening the door to wise
decision-making and advancement in the future.

Item Type: Article
Uncontrolled Keywords: intelligence, predictive, optimization, productivity, healthcare
Divisions: PSG College of Arts and Science > Department of Computer Science
Depositing User: Dr. B Sivakumar
Date Deposited: 17 Apr 2026 07:13
Last Modified: 17 Apr 2026 07:13
URI: https://ir.psgcas.ac.in/id/eprint/2801

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