The 'Flight Goggles' System Uses Virtual Obstacles to Train Drones
Rahul Kalvapalle — May 21, 2018 — Tech
References: news.mit.edu & newatlas
The thought of training systems in the realm of drones typically conjures up images of drone pilots learning how to use remote control systems to accurately control drones, but a group of scientists and engineers over at MIT have taken things to a different level by developing a high-tech drone-training system designed to directly train drones themselves.
Dubbed 'Flight Goggles,' this particular drone-training system uses VR technology to generate virtual obstacles in a given physical room. As the drone flies around, it uses its onboard motion-capture cameras to try and avoid the virtual obstacles it has been assigned, with the Flight Goggles algorithms enabling the drone to become more precise over time.
As drones start to be implemented in industries ranging from military operations to food delivery, the ability to evade obstacles has become increasingly important, and the Flight Goggles system uses VR technologies to achieve just that.
Dubbed 'Flight Goggles,' this particular drone-training system uses VR technology to generate virtual obstacles in a given physical room. As the drone flies around, it uses its onboard motion-capture cameras to try and avoid the virtual obstacles it has been assigned, with the Flight Goggles algorithms enabling the drone to become more precise over time.
As drones start to be implemented in industries ranging from military operations to food delivery, the ability to evade obstacles has become increasingly important, and the Flight Goggles system uses VR technologies to achieve just that.
Trend Themes
1. Virtual Reality Training - The Flight Goggles system demonstrates the potential for using virtual reality technology to train drones.
2. Obstacle Avoidance - The development of Flight Goggles highlights the growing need for drone systems that can effectively evade obstacles.
3. Improved Precision - Flight Goggles' algorithms show the potential for enhancing drones' precision through virtual obstacle simulations.
Industry Implications
1. Military - The military industry can benefit from drone training systems like Flight Goggles to improve drone operation in complex environments and missions.
2. Delivery Services - Delivery services can explore using VR drone-training systems to enhance the efficiency and safety of their drone delivery operations.
3. Entertainment - The entertainment industry can leverage VR drone-training systems to create immersive experiences and showcase drone capabilities in obstacle-filled scenarios.
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