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Hello there! 👋 I am a physicist. I am studying statistical models for the dynamics of spiral defect chaos as it emerges from simulations of pathophysiological cardiac arrhythmia. I also study cognitive neurophysics using electrophysiological recordings from the hippocampus of germ-free marmosets.

I am super-down to apply what I have learned to forecasting the valuation of securities for the gains of my reinforement-learning automata (private!).

Tim Tyree's Projects

avi icon avi

asynchronous variational integrators written in performant python

bgmc icon bgmc

Brownian Gas Monte Carlo

bugtracker icon bugtracker

searches through my python code and keeps track of promoter sequence instances like "TODO".

care icon care

Cardiac Arrhythmia Replication Effort

cleanpier icon cleanpier

An IoT project for saving energy costs in major franchises

crypto icon crypto

quantitative finance applied to cryptocurrency trading

dlss icon dlss

Deep Learning Super Sampling using Convolutional Neural Networks

docker-lamp icon docker-lamp

🐳 Docker container running the latest version of the LAMP stack.

dsc291team4 icon dsc291team4

In fulfillment of the coursework for DSC291 as taught by Yoav Freund - Spring 2020 - UCSD

ogles_gpgpu icon ogles_gpgpu

GPGPU for mobile devices and embedded systems using OpenGL ES 2.0

optical_flow icon optical_flow

Optical Flow for Cell Motion independent of Cell Tracking

simplicialcomplex icon simplicialcomplex

This repository contains code that implements subdivision, link, h-polynomial, local h-polynomial and other operations associated with simplicial complex. Also, it contains code for inputs of 2-simplex, 3-simplex with barycentric subdivision as examples.

spark-notebook icon spark-notebook

Launch Apache Spark and Jupyter Notebook on Amazon Web Services.

tbins icon tbins

time bins for classification of categorical information encoded in neural point processes using ensembles of gradient boosted decision trees.

textmap icon textmap

Tools for word and document embedding using UMAP

three-dimension-reconstruction icon three-dimension-reconstruction

The project aims on creating an application that can generate 3D models of landmarks from 2D images images that are available in public datasets.

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