AutoEncoder model for finding N similar images to a given input image and partitioning the entire image dataset into K groups.
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Updated
Aug 21, 2020 - HTML
AutoEncoder model for finding N similar images to a given input image and partitioning the entire image dataset into K groups.
Task 2 from the Sparks Foundation GRIP internship
Unsupervised Machine Learning-Netflix Recommender recommends Netflix movies and TV shows based on a user's favorite movie or TV show. It uses a a K-Means Clustering model to make these recommendations. These models use information about movies and TV shows such as their plot descriptions and genres to make suggestions.
This project analyses different clustering methods over three different datasets
Unsupervised machine learning, K-Means clustering, PCA algorithm to analyze a database of crypto.
The project uses KMeans clustering on the Global Superstore dataset to categorize customers based on their buying habits, aiming to help retailers make better business decisions by tailoring their marketing strategies and improving their inventory management.
Unsupervised Machine Learning-Netflix Recommender recommends Netflix movies and TV shows based on a user's favorite movie or TV show. It uses a a K-Means Clustering model to make these recommendations. These models use information about movies and TV shows such as their plot descriptions and genres to make suggestions.
Course projects of Applied Data Science Capstone by IBM on Coursera
Clustered bank's clients data using K-Means to launch targeted marketing campaigns tailored for their specific needs and behaviors.
Task is to predict optimum number of clusters using elbow method.
Prediction of optimum number of clusters using K-Means Clustering on Iris dataset
Content: Unsupervised ML, Clustering, Customer Segmentation, WCSS, elbow method
Beer data clustering and pricing, evidence based pricing with Random Forest.
Using Spotify data to create a recommendation system for The Beatles
The project creates a robust song recommendation system using K-means clustering with Spotify data. By grouping songs based on musical attributes like danceability, energy, and acousticness, personalized recommendations will be generated, enhancing user satisfaction and engagement in music discovery.
Used unsupervised machine learning, PCA algorithm, and K-Means clustering to analyze and classify a cryptocurrency database.
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