michaelremington2

uumarrty

rattle-newton

This is a thermal body temperature simulator for ectotherms

Multidimensional_Data_Analysis

A workshop in python to explore concepts such as data visualization, multivariable linear regression, principal component analysis, and k means clustering.

Machine_Learning_Workshop

This is a workshop I developed to learn the basic concepts of machine learning and apply them to build and evaluate a random forest model.

advanced_python_oop

Bayesian_Inference_Workshop

This is a workshop I am presenting for learning bayesian inference in python.

bioinformatics_practice

these are bioinformatics algorithms I am generating to solve problems from the Rosland challenge website and general exploratory wot=rk.

categorical_data_analysis

This is a workshop I developed on how to analyze categorical data. This workshop is a combination of a presentation and code in R. This includes data wrangling, visualization, bayesian statistics, and logistic regression.

clinic_data

eco_evo_textbook

A short course on Bioinformatics for Evolutionary Biology

michaelremington2/therma_sim

michaelremington2/rattle-newton

This is a thermal body temperature simulator for ectotherms

michaelremington2/uumarrty

michaelremington2/hypothesis-testing

This is an introductory workshop to concepts in hypothesis testing and basic statistics.

michaelremington2/Mixed_Modelling_Workshop

This is a workshop for learning about how to build heirarchical linear models and account for fixed or random effects in your data.

michaelremington2/tidyverse_workshop

This is a workshop I am presenting for learning how to do data wrangling and manipulation in R using the tidyverse set of packages.

michaelremington2/Bayesian_Inference_Workshop

This is a workshop I am presenting for learning bayesian inference in python.

michaelremington2/GIS_in_Python_workshop

michaelremington2/Multidimensional_Data_Analysis

A workshop in python to explore concepts such as data visualization, multivariable linear regression, principal component analysis, and k means clustering.

michaelremington2/zooniverse_video_upload

michaelremington2/Visualizations_In_Python

This is a workshop on how to make beautiful data vizualizations and figures in python using matplotlib and seaborn.

michaelremington2/Machine_Learning_Workshop

This is a workshop I developed to learn the basic concepts of machine learning and apply them to build and evaluate a random forest model.

michaelremington2/oscillator_classification

This is an algorithm which classifies optima for stochastic, oscillating time series data sets.

michaelremington2/intro_to_python_workshop

This workshop is an introduction to the basics of the programming language python. Topics such as setting variables,

michaelremington2/intro_to_matlab

michaelremington2/krattle

michaelremington2/test_repository

This is a dummu repository I am making for an example

michaelremington2/linear_algebra

Working through a linear algebra textbook.

michaelremington2/serious_python

Code tutorial on advanced python concepts.

michaelremington2/eco_models

michaelremington2/uumarrty_post_sim_analysis

Code used to analyze the agent based simulation model uumarrty.

michaelremington2/advanced_python_oop

michaelremington2/SDM_Course

michaelremington2/categorical_data_analysis

This is a workshop I developed on how to analyze categorical data. This workshop is a combination of a presentation and code in R. This includes data wrangling, visualization, bayesian statistics, and logistic regression.

michaelremington2/krattle_analysis

Repository to hold scripts and data to analyze krattle software package.

michaelremington2/Python-Tutorials

these are different python tutorials I wrote based on a data science for beginners books.

michaelremington2/Rosalind-and-bioinformatics-scripts

michaelremington2/eco_evo_textbook

A short course on Bioinformatics for Evolutionary Biology

michaelremington2/clinic_data

michaelremington2/bioinformatics_practice

these are bioinformatics algorithms I am generating to solve problems from the Rosland challenge website and general exploratory wot=rk.