Deep Learning-Driven Mobile Application for Rice Crop Disease Detection Using CNN

This study presents a deep learning-based mobile app for rice crop disease detection using a MobileNetV2-based CNN model trained on a dataset of 4,700 rice leaf images. The app accurately identifies diseases like Bacterial Leaf Blight, Leaf Smut, and Brown Spot, achieving 96.49% accuracy and outperforming models like SVM and Random Forest while maintaining efficiency for mobile use. The app aims to support Filipino farmers in managing crop diseases, improving farm productivity and food security. Additional features, such as real-time weather updates and a community forum, enhance accessibility. Evaluations through TAM and ISO/IEC 25010 confirm its effectiveness and potential for widespread adoption.

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Publication Details

Published
2025-05-22
DOI
https://doi.org/10.1109/icbir65229.2025.11162996
Primary Topic
Smart Agriculture and AI
Type
article
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article

Deep Learning-Driven Mobile Application for Rice Crop Disease Detection Using CNN

Carlos Villanueva, Marienel N. Velasco, Mc Genrev P. Egar, Kaye Niña Cristobal et al.
Smart Agriculture and AI
article

Deep Learning-Driven Mobile Application for Rice Crop Disease Detection Using CNN

Carlos Villanueva, Marienel N. Velasco, Mc Genrev P. Egar, Kaye Niña Cristobal, Emikhail Vincent P. Manalang, Lea Cydea O. Piga
article en

Abstract

This study presents a deep learning-based mobile app for rice crop disease detection using a MobileNetV2-based CNN model trained on a dataset of 4,700 rice leaf images. The app accurately identifies diseases like Bacterial Leaf Blight, Leaf Smut, and Brown Spot, achieving 96.49% accuracy and outperforming models like SVM and Random Forest while maintaining efficiency for mobile use. The app aims to support Filipino farmers in managing crop diseases, improving farm productivity and food security. Additional features, such as real-time weather updates and a community forum, enhance accessibility. Evaluations through TAM and ISO/IEC 25010 confirm its effectiveness and potential for widespread adoption.

Polytechnic University of the Philippines (PH), University of Santo Tomas (PH)
Openalex Percentile: Top 82%
Smart Agriculture and AI
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