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Implements pyfirmata, threading, numpy, matplotlib, time, and jupyterplot to communicate with an Arduino board and plot the voltage readings of a 1.5V battery over time. Three different graphing methods were used; two of which are animated.
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A 2D Compressible Navier stokes solver on a uniform mesh with riemann solvers, real fluid thermodynamics
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In this project, I created an AI that play Tic-Tac-Toe. We went with the linear regression approach and the neural network approach, and achieved winning rates of 68% and 88% respectively. (collaborated with Oui Wein Jien)
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A second version of Tic-Tac-Toe AI that learns with reinforcement learning.
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Look up table based Equation of state with user defined accuracy and resolution. Thermodynamically consistent estimation of properties.
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