plantvillage

A ResNet50-DCBAM deep learning framework for plant disease classification using the PlantVillage dataset with reproducible training and evaluation pipelines.

Source code for the paper "Reliable Deep Learning Plant Leaf Disease Classification Based on Light-Chroma Separated Branches".

Source code for the paper "Color-aware two-branch DCNN for efficient plant disease classification".

It is an application that leverages benefits of CNNs and predicts the disease of an infected plant by examining the image of the infected leaf. It also provides the organic method to prevent the disease.

Code in Torch for PlantVillage challenge: https://www.crowdai.org/challenges/1

A plant disease classification system using convolutional neural networks (CNNs) to identify healthy and diseased plant leaves from images, with interactive visualization through Gradio for real-time predictions and feature map analysis.

Plant disease detection on PlantVillage dataset using EfficientNetV2-B0

Detection of disease type in tomato leaves using Alexnet

Robustness of ResNet-50, EfficientNet-B0, ConvNeXt-Tiny & ViT-B/16 to image corruption in plant disease diagnosis (PlantVillage, ImageNet-C protocol)

InovaPlant AI is an advanced agritech diagnostic engine. It uses a Dual-Model (Ensemble Learning) approach with TensorFlow & Flask to detect 38 plant diseases with high accuracy, providing instant treatment reports.

PyTorch computer vision project for plant disease detection using ResNet18 transfer learning, class-weighted training, and F1-score based evaluation.

Plant disease classification achieving 99.54% accuracy using EfficientNet-B3 with two-phase fine-tuning, CutMix/MixUp augmentation, and Test-Time Augmentation. Classifies 39 disease types across 14 crop species from leaf images.

This repository contains an implementation of a CNN which predicts the disease that a tomato plant has based on a picture of one of its leaves. Images were obtained from the PlantVillage dataset.

Deep Learning (MobileNetV2 & PyTorch) powered Plant Leaf Disease Detection Web App with %99.28 Validation Accuracy and Active Learning loop. 🌿

Leakage-free deep-learning framework for apple-leaf disease detection and classification, with honest cross-dataset evaluation (zero-shot vs. cross-validation), YOLOv11 detection, and a data-efficiency study showing that leakage-free pre-training cuts field-data needs.

Plant disease screening demo with PyTorch, Flask, and a local PlantVillage baseline.

AI crop disease detector using EfficientNet-B0, FastAPI, React, and PlantVillage classes

Plant Disease Detection Web Application using CNN BioShield AI (MobileNetV2 & EfficientNetB0) with Flask and Transfer Learning.

SOTA 99.47% accuracy on PlantVillage dataset using PyTorch. A deep dive into fine-tuning ResNet50 for plant disease classification.

Tomato leaf disease classifier using EfficientNetB0 transfer learning — 10 classes, 92.5% accuracy, TFLite export ready.