It demonstrates how to model a space mission architecture in Simulink with System Composer™ and Aerospace Blockset for a 1U CubeSat in low Earth orbit (LEO). The CubeSat's mission is …

With MATLAB and Simulink, you can automate design workflows while maintaining compliance with various space standards. You can automatically generate and test C and C++ code from …

Use the spacecraft blocks, available in the Aerospace Blockset > Spacecraft sublibrary, to model, simulate, and visualize the dynamics of spacecraft. Model, simulate, and visualize the motion …

Typical applications include: extracting prescription data into MATLAB to confirm consistency of various delivered models; perturbing the models and performing various analyses such as ray …

Space engineers use MATLAB and Simulink as a common design environment to develop, analyze, and implement spacecraft radar and communications systems. You can model and …

This repository contains MATLAB, Python, and C++ implementations of orbital mechanics and astrodynamics tools. It provides a comprehensive set of functions for simulating orbital motion, …

Using Model-Based Design with MATLAB® and Simulink®, instead of handwritten code and docu-ments, you create a system model—a model incorporating the physical model, the …

Apr 6, 2022 · Design communication systems for space applications: Analyse uplinks, downlinks, and crosslinks. Calculate link margins and availability. Generate and demodulate DVB-S2, …

Simulink allows you to model and simulate a variety of aerospace systems. These example models illustrate aerospace applications. When modeling aerospace systems in the Simulink …

May 27, 2019 · Everything in STK can be automated from pretty much any programming tool, but MATLAB is one of the more popular ones. If you are not familiar with automating STK from …