--- license: apache-2.0 tags: - vision - image-classification --- # Surgicare > Surgicare (Surgical + Care) SurgiCare is an AI system designed to support post-surgery patient recovery. In this repository, we focus on a wound classification model trained on an open-source dataset. Our objective is to improve the accuracy of wound detection and guide patients in managing their wound recovery efficiently. - **Online Demo**: [https://surgicare-demo.streamlit.app/](https://surgicare-demo.streamlit.app/) - Wound dataset: [https://www.kaggle.com/datasets/ibrahimfateen/wound-classification](https://www.kaggle.com/datasets/ibrahimfateen/wound-classification) - Github Repo: [https://github.com/PogusTheWhisper/SurgiCare.git](https://github.com/PogusTheWhisper/SurgiCare.git) - Pretrained Models: * Surgicare-V1-large-turbo: [https://huggingface.co./PogusTheWhisper/SurgiCare/resolve/main/SurgiCare-V1-large-turbo.keras](https://huggingface.co./PogusTheWhisper/SurgiCare/resolve/main/SurgiCare-V1-large-turbo.keras) * Surgicare-V1-large: [https://huggingface.co./PogusTheWhisper/SurgiCare/resolve/main/SurgiCare-V1-large.keras](https://huggingface.co./PogusTheWhisper/SurgiCare/resolve/main/SurgiCare-V1-large.keras) * Surgicare-V1-medium: [https://huggingface.co./PogusTheWhisper/SurgiCare/resolve/main/SurgiCare-V1-medium.keras](https://huggingface.co./PogusTheWhisper/SurgiCare/resolve/main/SurgiCare-V1-medium.keras) * Surgicare-V1-small: [https://huggingface.co./PogusTheWhisper/SurgiCare/resolve/main/SurgiCare-V1-small.keras](https://huggingface.co./PogusTheWhisper/SurgiCare/resolve/main/SurgiCare-V1-small.keras) --- ## Result of standard models ### EfficientnetV2 B3 * Accuracy: 0.6884 ### Efficientnet B3 * Accuracy: 0.7436 ### MobileNetV3Large * Accuracy: 0.6164 ### MobileNetV3Small * Accuracy: 0.6199 --- ## Result of our models!! ### EfficientnetV2 B3 * Accuracy: 0.9127 * Training Details: I used EfficientNet-B3 to train for 50 epochs, monitoring the validation loss. ### Efficientnet B3 * Accuracy: 0.9062 * Training Details: I used EfficientNet-B3 to train for 25 epochs, monitoring the validation loss. ### MobileNetV3Large * Accuracy: 0.7969 * Training Details: I used MobileNetV3Large to train for 50 epochs, monitoring the validation loss. ### MobileNetV3Small * Accuracy: 0.7812 * Training Details: I used MobileNetV3Small to train for 50 epochs, monitoring the validation loss.