Welcome to my Data Science Projects Repository! This repository contains a collection of my data science projects, showcasing my skills and expertise in the field. Each project demonstrates different aspects of data analysis, machine learning, and visualization.
- Breast Cancer Prediction
- Description: The project predicts the diagnosis (M = malignant, B = benign) of the Breast Cancer
- Technologies Used: The notebooks uses Decision Tree Classification and Logistic Regression
- Results: The logistic regression gave 97% accuracy and decision tree gave 93.5% accuracy
- Red Wine Quality Prediction
- Description: The project predicts the quality of the wine in the value 0 or 1. 1 for good quality and 0 for bad quality
- Technologies Used: The notebooks uses logistic regression, support vector machine, decision tree and knn
- Results: The logistic regression model performs the best with accuracy of 86.67%
- Heart Stroke Prediction
- Description: The project predicts the risk of heart stroke on studying the person's demographics and medical info
- Technologies Used: The notebooks uses logistic regression, support vector machine, decision tree and knn
- Results: The logistic regression, SVM and KNN performs the best with 93.8 % accuracy
- House Price Prediction
- Description: The project predicts the house price after studying the variables such as location, area, bredroom, bathroom count and many more.
- Technologies Used: The notebooks uses Linear Regression, Ridge Regression and Random Forest Regressor
- Results: The Random Forest Regressor performed best with accuracy of 87.89%
- Titanic Survival Prediction
- Description: The project predicts the survival during the titanic disaster based on socio-economic measures
- Technologies Used: The notebooks uses Descision Tree Classifier
- Results: The Decision Tree Classifer performed well on the test dataset with an accuracy of 89.5%
- Diamond Price Prediction
- Description: The project predicts the price (in US dollars) of the diamonds based on their features
- Technologies Used: The notebooks uses Descision Tree Regressor and Random Forest Regressor
- Results: The Decision Tree Regresor performed well on the test dataset with an accuracy of 96%
- Diabetes Prediction
- Description: The project predicts the diabetes status of a patient based on the provided dataset features
- Technologies Used: Random Forest, Decision Tree, XgBoost classifier, and Support Vector Machine (SVM) are used.
- Results: The Decision Tree RegresorRandom Forest method performed well on the test dataset with an accuracy of 76%