These are some mini projects I created using Pytorch for computer vision tasks
in this repo I will create a mini project with various tasks in computer vision such as image classification, object detection, object segmentation, GAN and many more
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- 26 Sep 2024 -> inference next js plant-species-classification
- 25 Sep 2024 -> inference next js cat-and-dogs-classification
- 20 Sep 2024 -> facemask-detection
- 17 Sep 2024 -> manga-text-detection
- 17 Sep 2024 -> plant-species-classification
- 16 Sep 2024 -> cat-and-dogs-classification
Model Name | Model URL |
---|---|
Cat and Dogs | click here to download |
Plant Species | click here to download |
Manga Text | click here to download |
Facemask Detection | click here to download |
in this project, I focused on fine-tune the resnet-50 model then exported it to onnx format.
which initially resnet-50 outputs approximately 1000 classes into just 2 classes according to the dataset that has been downloaded, namely cats and dogs
- Loss : 0.06402150790199812
- Accuracy : 98.46762234305487%
- Epochs : 5
in this project, I focused on fine-tune the google/vit-base-patch16-224 model then exported it to onnx format.
which initially google/vit-base-patch16-224 outputs approximately 1000 classes into just 47 classes according to the dataset that has been downloaded, namely house-plant-species
- Loss : 0.305279920695395
- Accuracy : 93.55418434246046%
- Epochs : 5
in this project, I focused on fine-tune the faster-RCNN model then exported it to onnx format.
create object detection on text in manga pages with the manga-text-detection dataset
- Loss : 0.105800
- Epochs : 25
- MAP : 0.9
- MAP-50 : 1.0
- MAP-75 : 0.9901
in this project, I focused on fine-tune the YOLOv10 model then exported it to onnx format.
create object detection on facemask-dataset
- Loss : 0.405800
- Epochs : 50
- MAP : 0.908
- MAP-50 : 0.934
- MAP-75 : 0.666
- Fine tune resnet-50 on the cats and dogs dataset
- Create inference with opencv and onnxruntime (python)
- Create inference with next.js and onnxruntime-web
- Create Inference with kotlin
- Fine tune vit-base-224 on the plant species dataset
- Create inference with opencv and onnxruntime (python)
- Create inference with next.js and onnxruntime-web
- Create Inference with kotlin
- Fine tune Faster-RCNN on the manga text detection dataset
- Create inference with opencv and onnxruntime (python)
- Create inference with next.js and onnxruntime-web
- Fine tune YOLO-V10 on the facemask dataset
- Create inference with opencv and onnxruntime (python)
- Create inference with next.js and onnxruntime-web
- Create Inference with kotlin and run with input uint8