Cloud infrastructure for scientific calculations
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Updated
Sep 26, 2022
Cloud infrastructure for scientific calculations
Codes I created, in python, to fit to supplied data sets and the like
This project is using computer vision to calculate the respiration rate of lying dairy cows. By analyzing the difference in average pixel intensity in annotated bounding boxes and performing Fast Fourier Transform to select the most prevalent data, this model predicts the number of times a cow breathed in a 30-second interval.
the wolfram notebooks I've created/published
Covid-19_death_model.ukr
Supporting Files of paper titled "Dynamic Simulation of Parkinson's Disease and ALS Propagation in the Brain: A Reaction-Diffusion on Brain Networks Approach"
Linear programming to solve the MCM-2018 question: Where should Tesla install its next superchargers. Python scripts for data collection.
A strategy design and abnormal transaction identification model for high-frequency trading in the Chinese stock market
Mathworks Math Modeling Challenge 2019. Group project done by Aneek Barua, Chris Chan, Danyil Blyschak, Inko Bovenzi, and Jeremy Kim.
Using Bayesian inference and Rule learning to find the answer of choice question
The lab projects for the course 'Machine Learning and Data Mining' from the University of Toronto.
Código do projeto de conclusão de curso: Estudo de Timbres e Envelopes Sonoros
A study on the statistical measurement of China's modernization based on the electric vehicle industry chain development
Math Modeling M3 Challenge 🏆 Forecasting Small Farmer Losses using Time Series Analysis (Prophet), Ridge Regression
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