A linear optimisation model for distributed energy systems
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Updated
Jul 22, 2025 - Python
A linear optimisation model for distributed energy systems
TIMES Demo Model
Imported from gitlab.windenergy.dtu.dk/esy/times-dk_comets
Python library for fitting the harmonic oscillator using Bayes optimization and polynomic regression.
This project presents a stochastic integer linear programming (ILP) model developed using Python (PuLP) to assist the Bowman family farm in making optimal operational decisions over a one-year planning horizon.
GauOptX is a high-performance Bayesian optimization tool designed for complex, mixed-variable problems. It features adaptive kernel switching, batch optimization, and GPU scalability, making it ideal for applications like hyperparameter tuning and experimental design.
This project presents an Integer Linear Programming (ILP) and Discrete Event Simulation model to optimize nurse workforce scheduling in a healthcare call centre. The model is implemented in Excel Solver and simulated in SIMUL8 to evaluate queue performance and nurse utilization.
This repository is related to the CAD project on the exam center allotment optimisation. This repo contains GAMS code, project report and presentation of the project.
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