Nonlinear Quadrotor Control
A comparative study of PID, LQR, and PPO controllers for a nonlinear twelve-state quadrotor under stochastic disturbances.
Read more →Henry Rochester
I study how mathematical models, software, and learning algorithms can be combined to solve difficult real-world problems. My work spans nonlinear control, reinforcement learning, payment infrastructure, embedded computing, and applied mathematics.

A comparative study of PID, LQR, and PPO controllers for a nonlinear twelve-state quadrotor under stochastic disturbances.
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Read more →Selected academic work from a triple major in Pure Mathematics, Applied Mathematics, and Mathematical Statistics at UCT.
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