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model-inference

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Image Classifiers are used in the field of computer vision to identify the content of an image and it is used across a broad variety of industries, from advanced technologies like autonomous vehicles and augmented reality, to eCommerce platforms, and even in diagnostic medicine.

  • Updated Mar 1, 2023
  • HTML

The primary objective of this project was to build and deploy an image classification model for Scones Unlimited, a scone-delivery-focused logistic company, using AWS SageMaker.

  • Updated Jan 24, 2023
  • HTML

This project is a web-based application that uses a pre-trained Mask R-CNN model to detect and classify car damage types (scratch, dent, shatter, dislocation) from images. Users can upload an image of a car, and the application will highlight damaged areas with bounding boxes and masks, providing a clear visual representation of the detected damage

  • Updated Aug 31, 2024
  • Jupyter Notebook

Successfully established a text summarization model using Seq2Seq modeling with Luong Attention, which can give a short and concise summary of the global news headlines.

  • Updated May 6, 2024
  • Jupyter Notebook

Successfully developed a multiclass text classification model by fine-tuning pretrained DistilBERT transformer model to classify various distinct types of luxury apparels into their respective categories i.e. pants, accessories, underwear, shoes, etc.

  • Updated Dec 31, 2024
  • Jupyter Notebook

The primary objective of this project was to build and deploy an image classification model for Scones Unlimited, a scone-delivery-focused logistic company, using AWS SageMaker.

  • Updated Oct 10, 2023
  • HTML

Successfully established an image classification model using PyTorch to classify the images of several distinct natural sceneries such as mountains, glaciers, forests, seas, streets and buildings with an accuracy of 86%.

  • Updated Dec 24, 2024
  • Jupyter Notebook

Successfully fine-tuned a pretrained DistilBERT transformer model that can classify social media text data into one of 4 cyberbullying labels i.e. ethnicity/race, gender/sexual, religion and not cyberbullying with a remarkable accuracy of 99%.

  • Updated Jun 10, 2024
  • Jupyter Notebook

Successfully developed an image classification model using PyTorch to classify the species of grapevine leaves based on their corresponding images.

  • Updated Dec 6, 2024
  • Jupyter Notebook

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