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A structured repository showcasing a collection of machine learning models built across diverse datasets and problem statements. Each project includes data preprocessing, exploratory analysis, model development, evaluation, and relevant insights. This repository reflects a systematic approach to applying core ML techniques in practical scenarios.

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archangel2006/Machine-Learning-Models

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Machine-Learning-Models

Welcome to Machine Learning Models, a curated collection of machine learning classification and regression projects. Each folder contains a self-contained project with dataset handling, model training, evaluation, and results visualization.


📂 Project Index

Project Category Algorithms / Techniques
Heart Disease Prediction Classification Logistic Regression, Decision Tree, Random Forest, Voting Classifier
House Price Prediction (California) Regression Linear Regression, Ridge, Lasso
Iris Flower Classification Multi-class Classification Support Vector Machine (SVM), GridSearchCV
Mushroom Classification Classification KNN, Logistic Regression, Random Forest
SMS Spam Classifier NLP Classification TF-IDF, Multinomial Naive Bayes
Student Habits & Exam Performance Exploratory Data Analysis Statistical analysis, visualization
Student Social Media Addiction Analysis Classification & Regression Logistic Regression, Linear Regression
Titanic Survival Analysis Exploratory Data Analysis Data cleaning, visualization, feature analysis

🛠 Technologies Used

  • Python
  • scikit-learn
  • pandas, numpy
  • matplotlib, seaborn
  • Google Colab

📌 Goal

  • Practice real-world ML pipelines
  • Compare model performance
  • Learn core concepts hands-on (EDA, preprocessing, metrics, model selection)
  • Learn different ML Algorithms through hands-on-learning.

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A structured repository showcasing a collection of machine learning models built across diverse datasets and problem statements. Each project includes data preprocessing, exploratory analysis, model development, evaluation, and relevant insights. This repository reflects a systematic approach to applying core ML techniques in practical scenarios.

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