This project aims to cluster penguins into different groups based on their physical characteristics using unsupervised learning algorithms. The project will involve gathering penguin data, cleaning and preprocessing the data, selecting appropriate unsupervised learning algorithms, and evaluating the performance of the clustering models.
- To cluster penguins into different groups with high accuracy
- To gain experience in data preprocessing, feature selection, and unsupervised learning algorithms
- To create a reusable clustering pipeline for future projects
Data Source: Palmer Penguin Dataset
Data Description: The data contains information about different penguin species, including their physical characteristics such as beak length, flipper length, and body mass. The data has 344 instances and 17 features.
- Remove duplicate instances
- Remove missing values
- Normalize the data
- Feature selection and engineering
- Define problem statement and project goals
- Gather and clean data
- Perform exploratory data analysis
- Select appropriate unsupervised learning algorithms
- Train and test clustering models
- Fine-tune models
- Evaluate model performance
- Select final clustering model
- Deploy model to production (if applicable)
- Document project findings and conclusions
- Create a blog post or portfolio entry about the project
- K-Means Clustering
- Hierarchical Clustering
- DBSCAN Clustering
- Silhouette Score
- Elbow Method