Implementing Transfer Learning for custom data using Resnet-18 in Pytorch.
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Updated
Dec 5, 2022 - Jupyter Notebook
Implementing Transfer Learning for custom data using Resnet-18 in Pytorch.
Dog vs Cat Classification model trained over MobileNetv2. The model is trained on 2000 images and gives an accuracy of 98.75%
A Github repository containing code for a study on Covid-19 detection through Chest X-rays using deep learning and custom algorithms. Achieved an accuracy range of 82-88 percent by analyzing pneumonia traces.
ML model to recognize cats and dogs using transfer learning
This project is an image classification project based on a transfer learning approach using with MobileNetV2 architecture.
Using LIME and Grad-CAM techniques to explain the results achieved by various image transfer learning techniques
Transfer learning methods using Tensorflow
Brain Tumor MRI images have been classified into 4 classes by using Transfer Learning Models.
This deep learning model(CNN) uses Transfer learning by Feature Extraction and Fine Tuning in order to make multiclass-classification between COVID-19, Pneumonia and Healthy images.
This repo gives an introduction to transfer learning using a pre-trained model Inception.
Code for the project "Exploring transferability and model agnostic meta learning across NLP Tasks". CS330 Deep Multi-Task and Meta Learning, Stanford University.
Dog Breed Identification using Transfer Learning implemented in TensorFlow & PyTorch
Determine whether the Brain MRI image has a tumour. It also segments the brain image.
This project is an image classification task of 450 bird species using the MobileNetV2 architecture.
A template Fine-Tuned Classifier using a pretrained VGG16
A comparison between Transfer Learning and custom Convolutional Network to classify images.
The project consists of applying the Transfer Learning method to a Deep Learning network in the Python language in the COLAB environment.
A deep learning project which explores the capabilities of different models trained with a very small dataset of x-rays
Deep Learning project where we had to build a model which classifies, by looking at an unseen human retina, if the eye is normal or has one of 3 diseases. Authors: André Cunha | Catarina Duarte | Cláudia Rocha | Dinis Melo | Susana Dias | Lisbon, Portugal | April 2023
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