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Project completed for University of Toronto SCS's Machine Learning Course. The best model for our problem of creating clusters of Google fonts (of which there are over 1000 kinds) was to build and implement two consecutive neural networks, an autoencoder and a SOM.

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Clustering-Fonts

Extensively explored feature engineering, dimensionality reduction (PCA, t-SNE), and clustering (DBSCAN, kmeans) techniques. Best model created: two consecutive neural networks, an autoencoder and a self-organizing map (SOM) to organize >1000 distinct fonts.

Group capstone project for University of Toronto SCS Machine Learning course - I had the added responsibility as team leader.

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Project completed for University of Toronto SCS's Machine Learning Course. The best model for our problem of creating clusters of Google fonts (of which there are over 1000 kinds) was to build and implement two consecutive neural networks, an autoencoder and a SOM.

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