The use of oxygen in diving at various depths enhances the risk of CNS oxygen toxicity. The aim of this thesis, born from a collaboration between EbNeuro S.p.A, the University of Verona and the Italian Navy, was to develop a tool, named EDF Spectral Analyzer, that could assist the study on the alterations of EEG patterns during exposure to hyperbaric oxygen. The software performs spectral brain maps (periodogram) and statistical analysis. Python, Javascript, HTML, CSS, and AngularJS were used.

Development of a software tool for tracking EEG changes during exposure to hyperbaric oxygen

Pizzolo, Michela
2014/2015

Abstract

The use of oxygen in diving at various depths enhances the risk of CNS oxygen toxicity. The aim of this thesis, born from a collaboration between EbNeuro S.p.A, the University of Verona and the Italian Navy, was to develop a tool, named EDF Spectral Analyzer, that could assist the study on the alterations of EEG patterns during exposure to hyperbaric oxygen. The software performs spectral brain maps (periodogram) and statistical analysis. Python, Javascript, HTML, CSS, and AngularJS were used.
Scuola di Ingegneria
BIOINGEGNERIA
2014-10-14
hyperbaric oxygen, software, python, angularjs, eeg tracking, oxygen, spectral analysis, oxygen toxicity, periodogram, anova, brain maps, javascript, tool
Lauree magistrali
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/18235