LeafGuard: An AI-Driven Approach for Early Detection of Plant Pathogen Infections

The development of an advanced machine learning model for plant disease detection using deep learning methods is the research objective. A plant pathogen image dataset from Kaggle will be used for proper classification of plant health based on various diseases, such as bacterial infection, fungi growth, pests, and viral diseases. Three deep learning models, namely CNN, ResNet, and MobileNet, will be trained on the dataset to make accurate plant health condition predictions. These models will classify plants according to health status and whether affected by bacteria, fungus, pests, virus, or are healthy. The proposed system will upload plant images, and the trained model will provide health predictions. This approach will serve as an effective tool for early detection, improving agricultural practices by enabling timely interventions.

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Publication Details

Published
2025-04-23
DOI
https://doi.org/10.1109/icict64420.2025.11004893
Primary Topic
Smart Agriculture and AI
Type
article
Field-Weighted Citation Impact
0.00
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article

LeafGuard: An AI-Driven Approach for Early Detection of Plant Pathogen Infections

Shaik Basha, P. Karthika, M. Prakash, D Anil Pavan Kumar
Smart Agriculture and AI
article

LeafGuard: An AI-Driven Approach for Early Detection of Plant Pathogen Infections

Shaik Basha, P. Karthika, M. Prakash, D Anil Pavan Kumar
article en

Abstract

The development of an advanced machine learning model for plant disease detection using deep learning methods is the research objective. A plant pathogen image dataset from Kaggle will be used for proper classification of plant health based on various diseases, such as bacterial infection, fungi growth, pests, and viral diseases. Three deep learning models, namely CNN, ResNet, and MobileNet, will be trained on the dataset to make accurate plant health condition predictions. These models will classify plants according to health status and whether affected by bacteria, fungus, pests, virus, or are healthy. The proposed system will upload plant images, and the trained model will provide health predictions. This approach will serve as an effective tool for early detection, improving agricultural practices by enabling timely interventions.

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