The objective of the group is to investigate the application of Reinforced Deep Learning to autonomously complete damage inspection on buildings after natural disasters. By using Reinforced Deep Learning with Convolutional Neural Networks performing image processing, the drone will be trained to navigate itself towards buildings and perform building inspection without scanning the whole structure. The algorithms for Reinforced Deep Learning can be used to drive drones autonomously and perform inspections currently done by humans. The stability of the structure of buildings are unknown when these inspections are performed. This application would greatly reduce the risk of individuals involved in inspecting the building structures and provide...
co-located with the the 31st International Joint Conference on Artificial Intelligence and the 25th ...
Empowered by the advanced 3D sensing, computer vision and AI algorithm, autonomous robotics provide ...
In order to ensure the integrity of the structure, timely and accurate detection and identification ...
The objective of the group is to investigate the application of Reinforced Deep Learning to autonomo...
Manual inspection of infrastructure damages such as building cracks is difficult due to the objectiv...
Unmanned aerial vehicles (UAV), commonly referred to as drones (Dynamic Remotely Operated Navigation...
Manual inspection of infrastructure damages such as building cracks is difficult due to the objectiv...
Mobile robots such as unmanned aerial vehicles (drones) can be used for surveillance, monitoring and...
Counter-drone technology by using artificial intelligence (AI) is an emerging technology and it is ...
This work was funded by the Ministry of Science, Innovation and Universities of Spain under Grant No...
The imperative task of identifying and promptly detecting cracks in concrete bridges is crucial for ...
Deep learning (DL) is currently being researched and implemented to solve civil engineering related ...
International audienceBuilding inspection is a vital task because infrastructure damage puts people ...
This paper presents an accurate and stable method for object and defect detection and visualization ...
Natural disasters are the cause of a great amount of deaths and economic loss every year. The rapid...
co-located with the the 31st International Joint Conference on Artificial Intelligence and the 25th ...
Empowered by the advanced 3D sensing, computer vision and AI algorithm, autonomous robotics provide ...
In order to ensure the integrity of the structure, timely and accurate detection and identification ...
The objective of the group is to investigate the application of Reinforced Deep Learning to autonomo...
Manual inspection of infrastructure damages such as building cracks is difficult due to the objectiv...
Unmanned aerial vehicles (UAV), commonly referred to as drones (Dynamic Remotely Operated Navigation...
Manual inspection of infrastructure damages such as building cracks is difficult due to the objectiv...
Mobile robots such as unmanned aerial vehicles (drones) can be used for surveillance, monitoring and...
Counter-drone technology by using artificial intelligence (AI) is an emerging technology and it is ...
This work was funded by the Ministry of Science, Innovation and Universities of Spain under Grant No...
The imperative task of identifying and promptly detecting cracks in concrete bridges is crucial for ...
Deep learning (DL) is currently being researched and implemented to solve civil engineering related ...
International audienceBuilding inspection is a vital task because infrastructure damage puts people ...
This paper presents an accurate and stable method for object and defect detection and visualization ...
Natural disasters are the cause of a great amount of deaths and economic loss every year. The rapid...
co-located with the the 31st International Joint Conference on Artificial Intelligence and the 25th ...
Empowered by the advanced 3D sensing, computer vision and AI algorithm, autonomous robotics provide ...
In order to ensure the integrity of the structure, timely and accurate detection and identification ...