use-rse-23-astartes
Extrapolation and Interpolation in Machine Learning Modeling with Fast Food and astartes
Science Score: 26.0%
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Low similarity (13.1%) to scientific vocabulary
Keywords
Repository
Extrapolation and Interpolation in Machine Learning Modeling with Fast Food and astartes
Basic Info
- Host: GitHub
- Owner: JacksonBurns
- License: mit
- Language: Jupyter Notebook
- Default Branch: main
- Homepage: https://jacksonburns.github.io/use-rse-23-astartes/
- Size: 22.8 MB
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- Stars: 1
- Watchers: 1
- Forks: 1
- Open Issues: 0
- Releases: 0
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Metadata Files
README.md
Extrapolation and Interpolation in Machine Learning Modeling with Fast Food and astartes
Abstract
Machine learning is a groundbreaking tool for tackling high-dimensional datasets with complex correlations that humans struggle to comprehend.
An important nuance of ML is the difference between using a model for interpolation or extrapolation, meaning either inference or prediction.
This work will demonstrate visually what interpolation and extrapolation mean in the context of machine learning using astartes, a Python package that makes it easy to tackle in ML modeling.
Many different sampling approaches are made available with astartes, so using a very tangible dataset - a fast food menu - we can visualize how different approaches differ and then train and compare ML models.
Usage
This repository contains the split_comparisons.ipynb file and associated environment files for submission to the United States Research Software Engineer Association 2023 Conference.
The notebook walks the user through the software tool astartes and its application to machine learning validation and testing.
You may view the notebook in a number of different ways:
1. [Recommended] Visit the GitHub pages site at this link to view the notebook rendered as an interactive webpage with Quarto.
2. Run this notebook live and in your browser without installation using Binder: 
3. To execute locally:
1. clone this repository
2. build the environment with pip install -r requirements.txt using any version of Python from 3.7 to 3.11
3. open split_comparisons.ipynb in your preferred notebook IDE, i.e. jupyter or VSCode
Reproducibilty of USRSE23 Submission
The conda-environment.yml file provides the exact package versions and builds used to run the notebook for submission to the USRSE2023 conference, and requirements.txt specifies a set of 'loose' requirements as well as more 'strict' requirements that match the conda file but are cross platform.
astartes has been designed to be strictly backwards compatible and reproducible, so this notebook should be identical with all minor releases of astartes v1.
Note: this repository is based on astartes's main repository, with changes to conform to the submission criteria for RSE23. Visit the astartes repository for other examples and additional detail about astartes.
Owner
- Name: Jackson Burns
- Login: JacksonBurns
- Kind: user
- Location: MIT
- Website: jacksonwarnerburns.com
- Twitter: WowThatBurns
- Repositories: 41
- Profile: https://github.com/JacksonBurns
Chemical Engineering and Computation Researcher @ MIT
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