Detection and classification of Mango Leaf diseases utilizing convolutional neural network models
Date
2024-05Publisher
Brac UniversityAuthor
Ferdous, Md.RubaiatAmin, Abdulla Al
Shaily, Senjuti Sarkar
Ricky, Fabliha Tarannum
Tabeeb, Tahmeed
Metadata
Show full item recordAbstract
Plant diseases, particularly those affecting crop plants, pose a significant danger to
world food security by compromising the quality and yield of agricultural produce.
Mango leaf disease is one such example. Mango leaf diseases are quite harmful
since they can significantly lower crop yields of mangos, both in quantity and quality.
Therefore, it is critical to identify leaf diseases in crops like mangos as soon
as possible in order to take prompt preventive action. In large cultivated areas
where mangoes are planted in significant quantities, the amount of manual inspection
can be significantly reduced by mechanizing the process of disease recognition.
With their exceptional ability to identify complex patterns in images, Convolutional
Neural Networks (CNN) have great potential for automating the identification of
illnesses affecting mango leaves. CNNs have been used in several studies with impressive
accuracy rates, opening the door to improved crop management techniques
and early disease diagnosis. In order to identify various illnesses, a research study
using CNN—one of the most advanced deep learning algorithms—is presented in
this work. CNN is used to segment and classify pictures of mango leaves. A number
of CNN models, including Xception, MobileNetV2, ResNet50, DenseNet201,
and ResNet50, have been used to accurately identify and categorize diseases, which
will ultimately improve the production and health of mango crops. MangoLeafBD,
a dataset that was acquired from Kaggle, has been used, and XAI (Explainable
Artificial Intelligence), specifically Grad-CAM (Gradient-weighted Class Activation
Mapping) and LIME (Local Interpretable Model-agnostic Explanations), were used
to understand the rationale behind the decisions made by the applied models. Using
these CNN models approach, it was observed that ResNet50 performs better than
other models with 98% F1 score in identification and classification of mango leaf
diseases.