Torben Noto

Portrait


Welcome!

I am a Sensory Scientist at Osmo with a PhD in Neuroscience. I have expertise in the human olfactory system, breathing, emotional processing, and neurodegenerative disease.

I did my PhD and Postdoc at Northwestern University in Dr. Christina Zelano's lab. I enjoy contributing to exciting projects using data science, digital signal processing, machine learning, and my understanding of the brain. If you found this site, I'd probably be happy to talk with you about your ideas!

News


Portfolio

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Graphs of social networks
Github

Lately, I have been interested in graphs. I started by analyzing sample datasets using networkX, but decided to write my own code to design, simulate, and analyze social graphs. I think its pretty neat.

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Finding local businesses by keyword using google maps API
Github

I learned how to use the google maps API for a job interview and built a tool that finds and describes all businesses within a given area associated with a given keyword. I achieved this by making a series of requests to the maps API to find business IDs and use those to get details about the businesses using the google places API.

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Typical Covid tests tell you whether or not you have Covid, not how infectious you are. We invented a method to measure COVID RNA in exhale breath. Over the last few years, we collected 312 samples from 60 COVID positive patients and quantified how much COVID RNA was exhaled following symptom onset. We find that COVID RNA count steeply drops 8 days following symptom onset.



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This dataset has 60 unknown features that can be used to predict a person's health. It is challenging because classes are imbalanced 10:1 and baseline accuracy is 85%. I used SMOTE, an ensemble of models, and hyperparamater tuning to improve baseline prediction.



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Bask in my arcane knowledge of olfaction, breathing, and the amygdala for a full hour!

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Human breathing signals are complex and difficult to analyze. We developed and validated a codebase for respiratory data analysis.

Torben Noto, Guangyu Zhou, Stephan Schuele, Jessica Templer and Christina Zelano


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Three subregions of the amygdala are part of primary olfactory cortex but little is known about them. We used fMRI to characterize each subregion's resting state.

Torben Noto, Guangyu Zhou, Qiaohan Yang, Gregory Lane, and Christina Zelano