Allison Flores

MS thesis. Analyzing chemical compounds in a large GCxGC-ToF-MS data repository.

Python processing with MATLAB CDF generation. A versioned, archived, citable software artifact.

Separately captured trends, physical reaction-wheel proxies and pseudo-geophysical signals from four synchronised vector magnetometers. Known constituents, so an algorithm can be validated rather than assumed.

An instructional module on convolution for undergraduate signal processing students.

Testing her approach on Parker Solar Probe, GOES and other missions, toward interference mitigation that works on any spacecraft.

The satellite behind most of her algorithm development and dissertation-proposal data, where reaction-wheel interference can be tracked in the time-frequency domain.

Graduate team member on the TRACERS mission led by Dr. David Miles, taking part in magnetic screening of the two satellites’ magnetometers.

A 15-minute presentation on mitigating magnetic noise from spacecraft by tracking the time-frequency signature of reaction wheels.

Graduate College feature on students helping develop NASA satellites, in which she discusses her work on TRACERS.

Judge-selected Honorable Mention in the College of Engineering Three Minute Thesis competition, after rebuilding her slides from the graduate-round feedback.

First-author poster. Testing a spectral-domain mitigation algorithm on e-POP/Swarm-Echo data and on a laboratory dataset where both the noise and the geophysical signal are known.

First author. A case study in separating reaction-wheel interference using two vector magnetometers along a boom, with results from e-POP/Swarm-Echo.