The purpose of this project was to simulate a two-dimensional Stewart Platform using equation solving methods to find the solution to the forward kinematics problem.
In this project, we simulated a GPS system and tested the benefits of additional satellites using Multivariate Newton's Method.
For this project, we modeled the two and three-body problems for gravitationally-governed systems. We used Euler's method and the trapezoid method to solve the differential equations following from Newton's Second Law.
This project modeled a heat-dissipation system governed by a system of partial-differential equations.
In this solo project, audio compression is explored through a least-squares approximation of an audio signal.