AI-Driven Nutritional Intelligence: A Predictive Data Analytics Framework for Personalized Dietary Optimization

Public health is critically dependent on nutrition, yet malnutrition and poor dietary habits persist globally. This study presents an AI-driven nutritional intelligence framework that leverages machine learning, behavioral insights, and real-time data analytics to enhance nutritional well-being. By integrating heterogeneous datasets-including dietary surveys, medical records, socioeconomic profiles, a nd g eospatial data-the proposed model identifies key nutritional deficiencies and risk factors for diet-related diseases. Predictive modeling is employed to generate personalized dietary recommendations, while wearable and mobile technologies facilitate real-time nutrient monitoring. Additionally, AI-powered learning platforms and community-driven interventions improve adherence to healthier eating habits. The study evaluates the framework through case studies and pilot programs, demonstrating measurable improvements in dietary outcomes and reduced nutritional disparities.

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Publication Details

Published
2025-04-13
DOI
https://doi.org/10.1109/itikd63574.2025.11004678
Primary Topic
Nutrition, Genetics, and Disease
Type
article
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article

AI-Driven Nutritional Intelligence: A Predictive Data Analytics Framework for Personalized Dietary Optimization

Akey Sungheetha, M S Yashas, R Jayabhaduri, G. R. et al.
Nutrition, Genetics, and Disease
article

AI-Driven Nutritional Intelligence: A Predictive Data Analytics Framework for Personalized Dietary Optimization

Akey Sungheetha, M S Yashas, R Jayabhaduri, G. R., G Santhosh, U V Prabanjan
article en

Abstract

Public health is critically dependent on nutrition, yet malnutrition and poor dietary habits persist globally. This study presents an AI-driven nutritional intelligence framework that leverages machine learning, behavioral insights, and real-time data analytics to enhance nutritional well-being. By integrating heterogeneous datasets-including dietary surveys, medical records, socioeconomic profiles, a nd g eospatial data-the proposed model identifies key nutritional deficiencies and risk factors for diet-related diseases. Predictive modeling is employed to generate personalized dietary recommendations, while wearable and mobile technologies facilitate real-time nutrient monitoring. Additionally, AI-powered learning platforms and community-driven interventions improve adherence to healthier eating habits. The study evaluates the framework through case studies and pilot programs, demonstrating measurable improvements in dietary outcomes and reduced nutritional disparities.

Alliance University (IN)
Zero hunger
Openalex Percentile: Top 87%
Nutrition, Genetics, and Disease
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