https://github.com/aidinhamedi/pytorch-garbage-classification-v2
A Pytorch project for garbage classification using the EfficientNet-B6 model to achive a 95.78% accuracy on the test set. π
https://github.com/aidinhamedi/pytorch-garbage-classification-v2
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A Pytorch project for garbage classification using the EfficientNet-B6 model to achive a 95.78% accuracy on the test set. π
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README.md
Garbage Classification V2 with PyTorch
A Pytorch project for garbage classification using the EfficientNet-B6 model to achieve a 95.78% accuracy on the test set.
[!IMPORTANT] This project is a new version of the original project, which can be found here but with a significantly improved training process + code and a different dataset.
π Bonus
This project is not hard coded for this specific dataset, so it can be used for any image classification task and it has all the necessary tools to train a model from scratch and more. (I will make a pytorch classification template soon)
π¦ Release
Newest release π
Go to newest release
π Dataset
The dataset used for this project is the Garbage Classification from Kaggle. It contains images of garbage, divided into six categories.
Data Structure
~~~ ββββDatabase β ββββData # Put all the folders with images here
Example β¬
β ββββbattery β ββββbiological β ββββbrown-glass β ... β ββββwhite-glass ~~~
π§ͺ Model
I used the EfficientNet-B6 model for this project. EfficientNet-B6 is a convolutional neural network that is pretrained on the ImageNet dataset. It is known for its efficiency and high performance on a variety of image classification tasks. Original paper
π° Installation
To run the code in this repository, you will need to install the required libraries. You can do this by running the following command:
bash
pip install -r requirements.txt
[!WARNING] The requirements are auto generated by
pipreqsand may not contain all the necessary dependencies. like hidden ones like Tensorboard.
π Usage
The main code for this project is in a Jupyter notebook named Main.ipynb. To run the notebook, use the following command:
bash
jupyter notebook Main.ipynb
π Results
| Metric | Value | |----------------------------------|-----------| | Loss | 0.0330466 | | F1 Score (macro) | 0.95472 | | Precision (macro) | 0.952111 | | Recall (macro) | 0.957959 | | AUROC | 0.993324 | | Accuracy | 0.957839 | | Cohen's Kappa | 0.948292 | | Matthews Correlation Coefficient | 0.948374 |

π License
Copyright (c) 2024 Aydin Hamedi This software is released under the MIT License. https://opensource.org/licenses/MIT
Owner
- Name: Aidin
- Login: AidinHamedi
- Kind: user
- Repositories: 1
- Profile: https://github.com/AidinHamedi
Segmentation fault
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Dependencies
- Pillow *
- colorama *
- efficientnet_pytorch *
- matplotlib *
- numba *
- numpy *
- opencv_python *
- pytorch_optimizer *
- scikit_learn *
- seaborn *
- tabulate *
- timm *
- torch *
- torchcam *
- torchinfo *
- torchvision *
- tqdm *