swyder

swyder's Stars

• rushter/MLAlgorithms

  Minimal and clean examples of machine learning algorithms implementations

  Language:Python10.8k423281.8k

• jtleek/datasharing

  The Leek group guide to data sharing

  6.6k565357244k

• madler/pigz

  A parallel implementation of gzip for modern multi-processor, multi-core machines.

  Language:C2.7k6494176

• stephenturner/oneliners

  Useful bash one-liners for bioinformatics.

  1.9k15510519

• greta-dev/greta

  simple and scalable statistical modelling in R

  Language:C++5642549265

• robert8138/python-deliberate-practice

  Deliberate Practice for Learning Python

  Language:Jupyter Notebook550400133

• rasbt/stat479-machine-learning-fs18

  Course material for STAT 479: Machine Learning (FS 2018) at University Wisconsin-Madison

  Language:Jupyter Notebook493492229

• hbctraining/In-depth-NGS-Data-Analysis-Course

  Language:HTML442455270

• ablab/quast

  Genome assembly evaluation tool

  Language:AMPL4224124279

• RinteRface/shinyMobile

  shiny API for Framework7 (IOS/android)

  Language:R4091620177

• hbctraining/DGE_workshop

  Language:HTML3842233169

• rasmusab/bayesian_first_aid

  Inside every classical test there is a Bayesian model trying to get out.

  Language:R326562340

• JohnCoene/coronavirus

  🦠 Novel Coronavirus (COVID-19) Tracker

  Language:R322152178

• hbctraining/Training-modules

  Materials for short, half-day workshops

  Language:Jupyter Notebook3212223150

• hall-lab/speedseq

  A flexible framework for rapid genome analysis and interpretation

  Language:C31646145117

• nickjcroucher/gubbins

  Rapid phylogenetic analysis of large samples of recombinant bacterial whole genome sequences using Gubbins

  Language:Python1821119052

• cwickham/data-science-in-tidyverse

  Data Science in the tidyverse, a two-day workshop @ rstudio:conf(2018)

  14616090

• neherlab/pan-genome-analysis

  Processing pipeline for pan-genome visulization and exploration

  Language:Python137145039

• grunwaldlab/Population_Genetics_in_R

  A primer for computational tools to analyze genetics of populations in R

  Language:HTML86142651

• andrewkern/popGenMachineLearningExamples

  simple examples of using supervised machine learning for population genetics inference

  Language:Jupyter Notebook38709

• kloetzl/biozsh

  the z in bioinformatics

  Language:Shell33485

• mjsull/HapFlow

  Visualise interstrain recombination from environmental samples.

  Language:Python26212

• suzanbaert/Dplyr_Tutorials

  Repository for dplyr tutorials I made

  233119

• Bioconductor/BiocAdvanced

  Advanced R / Bioconductor training material

  201403

• grexor/apa

  apa: research platform for the study of alternative polyadenylation, expressRNA.org

  Language:Python124233

• satRdays/neuchatel2020

  repo for satRday Neuchâtel

  Language:HTML12304

• sib-swiss/2017-10-longreads-training

  Language:Shell91103

• gattil/2016_FiPS_Tutorials

  Protein-coding Evolution and Detecting Natural Selection | Tutorials

  6202

• d-qn/tamMap

  Misc helpers for geomapping with a special focus on Switzerland

  Language:R2201

• PaulVanSchayck/alberto

  AraBidopsis EmbRyonic Transcriptome brOwser

  Language:PHP1230