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Kaggle Notebooks


General Info

These are my kaggle notebooks that I made in my spare time.


Notebooks

  • MNIST dataset

    Description

      In this notebook, I was working on the MNIST dataset. 
      The goal was to identify handwritten numbers close to 100 percent.
    

    Screenshot

    MNIST

    Versions

    • [Update 18.08.2020]
      Creation of the CNN network

    • [Update 21.08.2020]
      Adding a visualization [Top 34%]

    • [Update 01.09.2020]
      Adding data augmentation, batch normalization and callbacks [Top 10%]

    • [Update 15.09.2020]
      Adding extra dataset to improve accuracy to 99.8 [Top 6%]

    • [Update 03.05.2021]
      Adding Occlusion sensitivity and changing metrics to f1 [Top 4%]

    Summary

    The final accuracy of 99.6% was achieved on the MNIST data set prepared for the [competition](https://www.kaggle.com/c/digit-recognizer)
    

  • Diagnosis of pneumonia chest X-ray

    Description

      I will be working with the Chest X-ray dataset (5863 JPEG) to create a universal model for pneumonia diagnosis. 
      The goal is to know with over 90% accuracy whether a person is healthy, has bacterial or viral pneumonia.
    

    Screenshot

    Chest

    Versions

    • [Update 02.09.2020]
      Creation first version with CNN network

    • [Update 08.09.2020]
      Create a description

    Summary

    The final accuracy of ~92% was achieved.
    

  • Housing prices prediction

    Description

      The dataset contains processed housing price data. 
      My goal was to maximize the accuracy of price prediction for an advertisement.
    

    Screenshot

    House

    Versions

    • [Update 14.05.2021]
      First version with EDA and modeling.

    Summary

    The final submission is Top 2% on leaderboard.
    

  • Heart Attack Analysis + prediciton 90% acc

    Description

    My goal for this dataset was to analyze and predict people with heart disease.
    

    Screenshot

    Heart

    Versions

    • [Update 14.05.2021]
      First version with EDA and modeling.

    Summary

    The final accuracy of ~90% was achieved.
    

Technologies

  • Python (Numpy, Pandas)
  • Jupyter Notebook
  • TensorFlow

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