Exploring Large Geoscientific Datasets using Machine Learning
Skye Hart
Golden, Colorado
- 0 Collaborators
The goal of this project is to integrate and explore large geoscientific datasets, including geophysical, geochemical, lithological, and structural data, using multiple unsupervised machine learning algorithms to identify hidden correlations and trends between datasets. ...learn more
Project status: Concept
oneAPI, Artificial Intelligence
Intel Technologies
oneAPI,
Intel Python
Overview / Usage
Mineral exploration involves the collection and analysis of large and diverse datasets. Machine learning algorithms can assist in the analysis of these datasets and can potentially help discover new mineral exploration targets. This project will utilize multiple supervised and unsupervised machine learning algorithms to help integrate and identify hidden correlations and trends in geophysical, geochemical, petrophysical, remote sensing, structural and lithological datasets.
Methodology / Approach
Thus far, I have applied k-nearest neighbors, regression, and random forest algorithms to petrophysical and geochemical datasets collected from the same regional area in Canada and have found no significant correlations or patterns in the datasets that are geologically reasonable.
Technologies Used
Python, scikit-learn