This paper presents the evolution and status of a number of research programs focussed on developing an automated fixed wing UAV landing system. Results obtained in each of the three main areas of research as vision-based site identification, path and trajectory planning and multi-criteria decision making are presented. The results obtained provide a baseline for further refinements and constitute the starting point for the implementation of a prototype system ready for flight testing
This paper presents a method that enables a quadcopter to perform autonomous landing on a movi...
After a huge amount of success within the military, the benefits of the use of unmanned aerial syste...
After a huge amount of success within the military, the benefits of the use of unmanned aerial syste...
This paper presents a system overview of the UAV forced landing site selection system and the result...
This paper introduces the forced landing problem for UAVs and presents the machine-vision based appr...
This paper describes the current status of a program to develop an automated forced landing system f...
This paper describes the current status of a program to develop an automated forced landing system f...
A forced landing is an unscheduled event in flight requiring an emergency landing, and is most commo...
This paper presents a system which enhances the capabilities of a light general aviation aircraft to...
This paper describes the current status of a program to develop automated forced landing techniques ...
This paper presents a system which enhances the capabilities of a light general aviation aircraft to...
This thesis presents how machine vision can be used in the automatic landing process of an unmanned ...
A computationally intelligent framework has been developed for the forced landing problem for uninha...
Successful landing of an autonomous unmanned aerial vehicle requires a high degree of accuracy and e...
The ability to perform autonomous emergency (forced) landings is one of the key technology enablers ...
This paper presents a method that enables a quadcopter to perform autonomous landing on a movi...
After a huge amount of success within the military, the benefits of the use of unmanned aerial syste...
After a huge amount of success within the military, the benefits of the use of unmanned aerial syste...
This paper presents a system overview of the UAV forced landing site selection system and the result...
This paper introduces the forced landing problem for UAVs and presents the machine-vision based appr...
This paper describes the current status of a program to develop an automated forced landing system f...
This paper describes the current status of a program to develop an automated forced landing system f...
A forced landing is an unscheduled event in flight requiring an emergency landing, and is most commo...
This paper presents a system which enhances the capabilities of a light general aviation aircraft to...
This paper describes the current status of a program to develop automated forced landing techniques ...
This paper presents a system which enhances the capabilities of a light general aviation aircraft to...
This thesis presents how machine vision can be used in the automatic landing process of an unmanned ...
A computationally intelligent framework has been developed for the forced landing problem for uninha...
Successful landing of an autonomous unmanned aerial vehicle requires a high degree of accuracy and e...
The ability to perform autonomous emergency (forced) landings is one of the key technology enablers ...
This paper presents a method that enables a quadcopter to perform autonomous landing on a movi...
After a huge amount of success within the military, the benefits of the use of unmanned aerial syste...
After a huge amount of success within the military, the benefits of the use of unmanned aerial syste...