Welcome to the Machine Learning Repository! This repository is a collection of code and projects related to machine learning. Whether you're a student learning about machine learning in a class, working on machine-learning projects, or pursuing self-learning, you'll find a variety of resources here to help you understand and implement machine learning concepts.
- Class Code 1.1 Codes 1.2 CSV Files
- Machine Learning Projects
- Self-Learning Codes for Machine Learning
- Getting Started
This section contains code snippets, notebooks, and projects related to machine learning that are specifically designed for a classroom setting. If you are currently taking a machine learning course, you may find materials here that complement your class lectures and assignments.
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ML_Class_Code_1: Linear Regression
- Description: Implementation of linear regression for predicting a target variable based on one or more independent variables.
- Files:
linear_regression_code.py
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ML_Class_Code_2: Decision Trees
- Description: Introduction to decision trees and their implementation for classification tasks.
- Files:
decision_trees_code.py
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ML_Class_Data_1: Linear Regression Dataset
- Description: Dataset used in ML_Class_Code_1 for linear regression.
- Files:
linear_regression_data.csv
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ML_Class_Data_2: Decision Trees Dataset
- Description: Dataset used in ML_Class_Code_2 for decision trees.
- Files:
decision_trees_data.csv
...
This section contains full-fledged machine learning projects that you can explore and learn from.
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ML_Project_1: Image Classification with CNN
- Description: Building a convolutional neural network (CNN) for image classification using a popular deep learning framework.
- Files:
image_classification_cnn.ipynb
,images/
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ML_Project_2: Natural Language Processing (NLP) Application
- Description: Developing an NLP application for sentiment analysis.
- Files:
nlp_application_code.py
,dataset.txt
...
This section is dedicated to individual code snippets and projects suitable for self-learners interested in exploring machine learning concepts on their own.
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SelfLearn_Code_1: Feature Scaling Techniques
- Description: Implementation of various feature scaling techniques in machine learning.
- Files:
feature_scaling_code.py
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SelfLearn_Code_2: Principal Component Analysis (PCA)
- Description: Introduction to PCA and its implementation for dimensionality reduction.
- Files:
pca_code.py
...
To get started with the code and projects in this repository, follow these steps:
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Clone the repository to your local machine: git clone https://github.com/Mahesh7741/machine-learning-repo.git
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Navigate to the desired section or project folder:
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Open the notebook or code file using your preferred development environment.
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Run the code and explore the project!
Happy learning and coding! 🚀