Yale MATH 480 final project proving and simulating the Johnson-Lindenstrauss lemma
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Updated
Dec 9, 2021 - TeX
Yale MATH 480 final project proving and simulating the Johnson-Lindenstrauss lemma
Hypersphere volume computation for low dimensionality using Monte Carlo techniques and threaded Ruby
Final Project from the course - Computational Statistics (Summer Term, 2020), University of Bonn
MCMC for spike and slab survival models
High dimensional indexing of image data using rtree, implemented to find similar images in the indexed dataset
Example of computing n-dimensional hyperspheres by Monte Carlo methods, both threaded and non-threaded
Attempt to show high dimensional data. I ended up going with a parallelogram as it allows lots of dimensions. The drawback of using a parallelogram is that it can be hard to read and get crowded. In this implementation I would've liked to have changed the color of each line for each car, but I ran out of time. Hover functionality to see what car…
Data mining project - data cleaning, feature extraction, model building, hyperparameter tuning with cross validation, PCA
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A python toolbox for visualizing and manipulating high-dimensional data
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R package providing statistical tests for high-dimensional repeated measures or split-plot designs.
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Shiny app for benchmarking and visualization of penalized Cox models
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