sunsetyerin's starred repositories
Web-Dev-For-Beginners
24 Lessons, 12 Weeks, Get Started as a Web Developer
deeplearning-models
A collection of various deep learning architectures, models, and tips
tensor2tensor
Library of deep learning models and datasets designed to make deep learning more accessible and accelerate ML research.
deepmind-research
This repository contains implementations and illustrative code to accompany DeepMind publications
stat453-deep-learning-ss21
STAT 453: Intro to Deep Learning @ UW-Madison (Spring 2021)
awesome-nanopore
A curated list of awesome nanopore analysis tools.
nextflow-tutorial
Nextflow training material for introductory tutorial
pipeline-nanopore-denovo-isoforms
Pipeline for de novo clustering of long transcriptomic reads
enrichment_analysis
A Snakemake workflow for performing genomic region set and gene set enrichment analyses using LOLA, GREAT, GSEApy, pycisTarget and RcisTarget.
conda-move
Move environments from an existing conda installation to another directory
unsupervised_analysis
A general purpose Snakemake workflow to perform unsupervised analyses (dimensionality reduction & cluster analysis) and visualizations of high-dimensional data.
nonnegative-matrix-factorization
A python program that applies a choice of nonnegative matrix factorization (NMF) algorithms to a dataset for clustering.
Nano3P_Seq
Nanopore 3' end-capture sequencing (Begik et al., bioRxiv 2021)
pipeline-polya-diff
Pipeline for testing shifts in poly(A) tail lengths estimated by nanopolish
NMF_unsupervised_clustering
Non-Negative Matrix Factorization for Gene Expression Clustering
nanocompore_pipeline
Nextflow pipeline for nanocompore analysis
General_Clustering_Pipeline
Clusters columns of any data frame
Samples_Clustering_Pipeline
Clusters the sample-based columns of a spreadsheet whose rows correspond to genes
Clustering-Algorithms
Implemented three clustering algorithms: K-means, hierarchical agglomerative clustering with single link (Min), and density-based clustering to find clusters of genes that exhibit similar expression profiles. Compared the performance of each of the algorithms using external Rand index and visualized the clustering results using PCA.
Clustering-Algorithms
1. Implemented clustering algorithms such as K-means, Hierarchical Agglomerative clustering with Single Link (Min), and Density-based clustering to find clusters of genes that exhibit similar expression profiles. 2. The results of these algorithms were validated using Jaccard co-efficient (over 40 %) and Rand Index (over 80 %) as a similarity measure. 3. In addition, implemented MapReduce K-means by setting up a single-node hadoop cluster and verifying its results using traditional K-means implementation.
snakemake-feature-phenotype-correlations
A Snakemake pipeline for computing correlations within and between paired feature and phenotype datasets