Bespi123

Adaptive_PID_2DOF_telescope

This project focuses on simulating and controlling a 2-DOF (degrees of freedom) telescope mount for astronomical observations and Low Earth Orbit (LEO) satellite tracking. The project utilizes a dynamic model of the telescope, applying adaptive PID control optimized by genetic algorithms to achieve precise positioning for tracking purposes.

AFTC_Attitude_Control

Code for active fault-tolerant control design from TIE19 paper

BostonHousePricing

EDSONJ_UAV

GamitScripts

HelmholtzSim

HelmholtzSim is an open-source Python package for simulating and optimizing Helmholtz coils testbeds.

IAAPP-URQU

INCAS2024

This project explores an adaptive approach for estimating the satellite inertia tensor, specifically tailored for air-bearing testbeds. Developed by the Instituto de Investigación Astronómica y Aeroespacial Pedro Paulet (IAAPP), the methodology employs three reaction wheels as actuators.

Magnetic-Testbed

The IS501NMTB magnetic testbed is a platform designed to simulate and analyze magnetic environments for small satellite applications.

Satellite_Attitude_Control

This repository contains the MATLAB simulation and related resources for the paper titled "Non-Linear Control Strategies for Attitude Maneuvers in a CubeSat with Three Reaction Wheels"

Bespi123/Satellite_Attitude_Control

This repository contains the MATLAB simulation and related resources for the paper titled "Non-Linear Control Strategies for Attitude Maneuvers in a CubeSat with Three Reaction Wheels"

Bespi123/Adaptive_PID_2DOF_telescope

This project focuses on simulating and controlling a 2-DOF (degrees of freedom) telescope mount for astronomical observations and Low Earth Orbit (LEO) satellite tracking. The project utilizes a dynamic model of the telescope, applying adaptive PID control optimized by genetic algorithms to achieve precise positioning for tracking purposes.

Bespi123/INCAS2024

This project explores an adaptive approach for estimating the satellite inertia tensor, specifically tailored for air-bearing testbeds. Developed by the Instituto de Investigación Astronómica y Aeroespacial Pedro Paulet (IAAPP), the methodology employs three reaction wheels as actuators.

Bespi123/AFTC_Attitude_Control

Code for active fault-tolerant control design from TIE19 paper

Bespi123/BostonHousePricing

Bespi123/EDSONJ_UAV

Bespi123/GamitScripts

Bespi123/HelmholtzSim

HelmholtzSim is an open-source Python package for simulating and optimizing Helmholtz coils testbeds.

Bespi123/IAAPP-URQU

Bespi123/LAB-TAE

Laboratorios de curso de tecnologia aeronautica y areoespacial

Bespi123/Magnetic-Testbed

The IS501NMTB magnetic testbed is a platform designed to simulate and analyze magnetic environments for small satellite applications.

Bespi123/Motor_y_Rueda_ADCS

Analisis, modelamiento y descripcion del motor Maxon EC45 FLAT con DEC Module 24/2, y diseño de rueda de reaccion.

Bespi123/Satellite-ADCS-Basics

Bespi123/Satellite_ADCS_GUIDE