With the rapid growth of the personal drone market, manufacturers of unmanned aerial vehicles(UAV) mainly used in the existing military field are expanding its application in various fields such as leisure, industrial, and public as well. In addition, the autonomous flight of UAV is being developed through combination with various sensors and signal processing technologies. Obstacle detect and avoidance is the most important function to ensure safety of autonomous flight mode. In this paper, we propose an obstacle detect and avoid technique that combines a 2D LiDAR with a stereo camera for safe navigation in autonomous flight of a multi-copter UAV
The availability of powerful eye-safe laser sources and the recent advancements in electro-optical a...
Abstract—Obstacle detection and real-time planning of collision-free trajectories are key for the fu...
Unmanned aerial vehicles (UAVs) market is projected to grow rapidly due to its versatility, costeffe...
Obstacle detection and avoidance is desirable for UAVs especially lightweight micro aerial vehicles ...
In this work, a Detect and Avoid system is presented for the autonomous navigation of Unmanned Aeria...
One of the most challenging problems in the domain of autonomous aerial vehicles is the designing of...
A vision-based obstacle detection and avoidance algorithm for Unmanned Aerial Vehicles (UAVs) in fas...
UAV teleoperation is a demanding task: to successfully accomplish the mission without collision requ...
Achieving a robust obstacle detection system that can provide a safe avoidance path system for smal...
Abstract—Reliably perceiving obstacles and avoiding colli-sions is key for the fully autonomous appl...
peer reviewedUAV teleoperation is a demanding task, especially for amateur operators who wish to suc...
Unmanned Aerial Vehicles (UAV) have a great potential to replace manned aircraft in many tasks or mi...
Automatic obstacle detection and avoidance is a key component for the success of unmanned aerial veh...
The operation of drones in cluttered environments like forests and hilly areas is extremely difficul...
This thesis aims at detecting obstacles using a single camera in an unknown 3D world for 3D motion o...
The availability of powerful eye-safe laser sources and the recent advancements in electro-optical a...
Abstract—Obstacle detection and real-time planning of collision-free trajectories are key for the fu...
Unmanned aerial vehicles (UAVs) market is projected to grow rapidly due to its versatility, costeffe...
Obstacle detection and avoidance is desirable for UAVs especially lightweight micro aerial vehicles ...
In this work, a Detect and Avoid system is presented for the autonomous navigation of Unmanned Aeria...
One of the most challenging problems in the domain of autonomous aerial vehicles is the designing of...
A vision-based obstacle detection and avoidance algorithm for Unmanned Aerial Vehicles (UAVs) in fas...
UAV teleoperation is a demanding task: to successfully accomplish the mission without collision requ...
Achieving a robust obstacle detection system that can provide a safe avoidance path system for smal...
Abstract—Reliably perceiving obstacles and avoiding colli-sions is key for the fully autonomous appl...
peer reviewedUAV teleoperation is a demanding task, especially for amateur operators who wish to suc...
Unmanned Aerial Vehicles (UAV) have a great potential to replace manned aircraft in many tasks or mi...
Automatic obstacle detection and avoidance is a key component for the success of unmanned aerial veh...
The operation of drones in cluttered environments like forests and hilly areas is extremely difficul...
This thesis aims at detecting obstacles using a single camera in an unknown 3D world for 3D motion o...
The availability of powerful eye-safe laser sources and the recent advancements in electro-optical a...
Abstract—Obstacle detection and real-time planning of collision-free trajectories are key for the fu...
Unmanned aerial vehicles (UAVs) market is projected to grow rapidly due to its versatility, costeffe...