Biblioteca embebida para la navegación de sistemas espaciales de misión crítica (ELANav)

The development of embedded software for navigation applications in critical mission space systems faces the challenge of managing the complexity of the necessary algorithms. Critical mission systems are essential for the success of a space project or program, as their proper functioning is vital for achieving the objectives. If these systems fail or are interrupted, they can negatively impact all processes and operations that depend on them within an organization. This research project focuses on developing embedded software that is adaptable and capable of operating effectively even in environments with incomplete models. To achieve this, it proposes using the paradigm of embedded systems based on software agents. This approach allows the software to be more resilient and adaptable to environmental variations, which is crucial in critical mission applications. The goal of the project is to create an embedded software library with redundancy and adaptability capabilities. This will improve the performance of estimation and control algorithms in critical mission space systems, all while using the same existing hardware resources. In summary, the aim is to achieve a technological advancement that makes systems more robust and efficient, thereby ensuring success in space missions.

Desarrollar una biblioteca embebida para aplicaciones espaciales de misión crítica utilizando el paradigma de múltiples agentes de software

Sistemas Embebidos