Multiclass image classification using Convolutional Neural Network
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Updated
Sep 24, 2021 - Jupyter Notebook
Multiclass image classification using Convolutional Neural Network
Balanced Multiclass Image Classification with TensorFlow on Python.
Multiclass semantic segmentation using U-Net architecture combined with strong image augmentation
body-condition-score_cattle prediction.
This will help you to classify images into Multiple Classes using Keras and CNN
Binary or multi-class image classification using VGG16
This repository is containing my Jupyter files.
This repository contains models for Multi-class disease detection using Chest X ray. A detail analysis of our approach is mentioned.
This project uses TinyVGG and Streamlit to classify handwritten digits.
Multi-class classification by Deep Learning approach on image data.
This repository contains Python code for a project that performs American Sign Language (ASL) detection using multiclass classification. It utilizes YOLO (You Only Look Once) and MobileNetSSD_deploy for object detection, achieving an accuracy of 91%. The code offers options to predict signs from both images and videos.
Photographs of Birds for Multi-target Images Classification
Multiclass Classification of Imbalanced Image Dataset using Transfer Learning.
A multiclass image classification project, used transfer learning to use pre-trained models such as InceptionNet to classify images of butterflies into one of 50 different species.
PyTorch implementation of CNN model for multi-class classification.
SLIIT 4th Year 2nd Semester Machine Learning Project
Binary or Multi Classifier to classify images by using Deep learning Architecture.
This repository represents a web app with a multi-class classification ML model which creates a segmented image of rocks and plain land.
This is the project I did as a part of my final year research regarding Multiclass Image Classification. This system identifies snake species relevant to the user uploading an image. A convolutional Neural Network was used to implement the image classification model and deployed using Flask. The model gained more than 80% of accuracy.
COVID-19 CT scan image classification using EfficientNetB2 with transfer learning and deployment using Streamlit. This project focuses on accurately classifying CT scan images into three categories: COVID-19, Healthy, and Others. Leveraging transfer learning on pretrained EfficientNetB2 models, the classification model achieves robust performance.
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