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model-inference

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This project builds an LLM-powered audio summarization pipeline that converts spoken content into concise, meaningful text summaries. It integrates speech-to-text processing with large language models to demonstrate practical applications of Generative AI for content understanding and automation.

  • Updated Nov 30, 2025
  • Jupyter Notebook

This vehicle identification project utilizes the YOLOv5 deep learning model for detecting and classifying vehicles from images, videos, and live streams. It supports real-time inference, saving outputs with bounding boxes, confidence scores, and class labels, making it ideal for traffic monitoring and smart surveillance systems.

  • Updated Jul 28, 2025
  • Python

An end‑to‑end TensorFlow/Keras implementation of the YOLO object detection pipeline. Load images, run fast and accurate bounding‑box inference, filter and refine predictions and visualize results side‑by‑side - all organized into a clean, modular workflow.

  • Updated Jul 5, 2025
  • Jupyter Notebook

Successfully developed a wildlife detection model using Faster R-CNN to identify and localize animals in natural habitats, supporting conservation efforts and ecological research.

  • Updated Jul 4, 2025
  • Jupyter Notebook

Successfully established a multiclass text classification model by fine-tuning pretrained DistilBERT transformer model to classify several distinct types of mental health statuses such as anxiety, stress, personality disorder, etc. with an accuracy of 77%.

  • Updated Jan 6, 2025
  • 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

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

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