Unmanned Aerial Systems That Allows Fully Autonomous Drone Navigation

unmanned aerial systems

Engineering is in constant development, and a lot of research is needed to maintain this fast evolution in the technology. Said research is made by companies and universities, and oftentimes by both of them working together.

Some days ago, the ennomotive team visited one of the most important engineering universities in Spain, the Universidad Politecnica de Madrid (UPM), where they were celebrating their Research Meeting. In that meeting, they presented 112 research projects and 24 different projects that have become patents.

unmanned aerial systems

Research Meeting at Universidad Politécnica de Madrid

As you can imagine, these projects have covered a wide scope of areas such as statistics, acoustics and industrial organization, nuclear, laser and seismic technology, materials, energy or bio-engineering.

They spoke to different researchers and found many interesting projects with a promising future. Therefore, today we want to show you one of the projects that we liked most.

A general architecture for autonomous navigation of unmanned aerial systems

Presented by Jose Luis Sanchez-Lopez, the project consisted on an architecture for aerial robots which simplifies the use of micro aerial robots. The goal is to expand their use to a great number of applications and achieve a fully autonomous navigation for a group of drones performing complex missions. The project includes not only the system architecture, but also the required components, their functionalities and their relationship.

unmanned aerial systems

A general architecture for autonomous navigation of unmanned aerial systems

One of the most interesting things is that the system is implemented by means of an open source software framework. Aerostack is a multipurpose software framework for aerial robotic systems developed by Vision4UAV. This, together with the fact that it uses ROS, allows the different developers to access this open-source, modular and multi-process software, together with the library of components.

In order to prove that the system worked properly, some testing was carried out. One test, which was a complete success, consisted on an indoor search and rescue mission performed by two autonomous drones at the same time.

As we have seen, many innovative ideas are continuously arising. If you have one, share it in the new Robotics and Automation Forum, where you can get feedback and exchange ideas with your peers!

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