Time series clustering, visualisation and explainability - Applications in Climate Change and Finance

For this project the appropriate time series clustering techniques will be used to find underlying structures in the financial and phenological data. The structures found will then be visualised, with the suitable explainability techniques being used to describe and interpret the time series clustering methods that were utilised.

Dillon Batdorf

RMIT University

Dillon Batdorf is a third-year student at RMIT University, majoring in Applied Mathematics and Statistics. Dillon’s research interests broadly encompass the applications of machine learning and statistical techniques in various domains.

You may be interested in

Aden Northcote

Aden Northcote

Geodesic Growth Function of a Virtually Heisenberg Group
Joshua Roebuck

Joshua Roebuck

Mean Exit Time for Diffusion on Irregular Domains
Yichen Jiang

Yichen Jiang

Cell type deconvolution methods for spatial isoform-resolution expression data
Jesse Woods

Jesse Woods

A New Weyl Multiplet for 6D N=1 Conformal Supergravity
Contact Us

We're not around right now. But you can send us an email and we'll get back to you, asap.

Not readable? Change text.