Code

Here is an overview of my research implementations.

Julia code (.jl)

SIRcontrol.jl

A Julia package for solving optimal control problems with SIR epidemiological models, supporting both constant and time-varying transmission rates.

Constant Transmission Rate

Piecewise Constant Transmission Rate

Documentation: SIRcontrol.jl

LossControl.jl

A comprehensive package for solving optimal control problems with loss control regions, featuring multiple classical control examples.

Zermelo Navigation Problem

Harmonic Oscillator

Double Integrator

Documentation: LossControl.jl

RegHybridOCP.jl

Novel regularization scheme for optimal control problems with hybrid dynamics featuring state-dependent discontinuities.

Documentation: RegHybridOCP.jl

Python Code (.py)

SRoptimization.py

Investigation of reduced-precision optimization algorithms using stochastic rounding techniques for improved computational efficiency.

SRode.py

Investigation of reduced-precision methods for solving ordinary differential equations using the midpoint method with stochastic rounding techniques for improved computational efficiency.

Documentation: SRode.py

Repository Access

All code is available on my GitHub profile. For questions about implementation details or collaboration opportunities, feel free to contact me.