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The objective of this project is to detect whether person has any chance of heart disease or not by giving number of features to person with having maximum accuracy of above 97%. By Using Machine learning algorithms and deep learning are applied to compare the results and analysis of the UCI Machine Learning Heart Disease dataset.

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Aniket11007/Heart_Disease_prediction-WebApp

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MedX-Heart Disease Prediction Webapp

About

The objective of this project is to detect whether the person has any chances of heart disease or not by giving number of features to patients with having maximum accuracy of above 97%. By Using Machine learning algorithms and deep learning are applied to compare the results and analysis of the UCI Machine Learning Heart Disease dataset.

DEMO -:

👉 https://med-x-webapp.herokuapp.com/

Accuracy of the Models and Algorithms Used

Sr no Algorithm Used Accuracy
1 K - Nearest Neighbor 97.82%
2 Random Forest 86.95 %
3 Ada Boost With Random Forest 93.47 %
4 Gradient Boosting 89.91%

👩‍💻 Technology Used

Tools

Python

Jupyter Notebook

HTML

CSS

BootStrap

Flask

Heroku


Application UI

Home Page

alt text


Form Details

alt text


Prediction Result- Person with Heart Disease

alt text


Prediction Result- Person Who don't have Heart Disease

alt text


Steps to Run the Website on your System:

-Fork the repository

  • Clone or download the repo.
  • Open command prompt in the downloaded folder.
  • Create a virtual environment.
virtualenv environment_name
  • Activate the New Environment
source environment_name/bin/activate
  • Install the Dependencies.
pip install -r requirements.txt
  • Run the Flask App.
python app.py

If You like ❤ the project ,Please ⭐ This Repository .

About

The objective of this project is to detect whether person has any chance of heart disease or not by giving number of features to person with having maximum accuracy of above 97%. By Using Machine learning algorithms and deep learning are applied to compare the results and analysis of the UCI Machine Learning Heart Disease dataset.

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