Performance comparison of two altitude-control algorithms for a fixed-wing UAV
M Ahsan, K Shafique, AB Mansoor… - 2013 3rd IEEE …, 2013 - ieeexplore.ieee.org
Uninhabited aerial vehicles (UAV) have proven their tremendous capabilities in military and
civil applications. In a UAV, the onboard autopilot autonomously controls the aircraft flight …
civil applications. In a UAV, the onboard autopilot autonomously controls the aircraft flight …
Performance comparison of two altitude-control algorithms for a fixed-wing UAV
M Ahsan, K Shafique, AB Mansoor, M Mushtaq - 2013 3rd IEEE International … - infona.pl
Uninhabited aerial vehicles (UAV) have proven their tremendous capabilities in military and
civil applications. In a UAV, the onboard autopilot autonomously controls the aircraft flight …
civil applications. In a UAV, the onboard autopilot autonomously controls the aircraft flight …
[引用][C] Performance comparison of two altitude-control algorithms for a fixed-wing UAV
M Ahsan, K Shafique, AB Mansoor… - 2013 3rd IEEE …, 2013 - espace.library.uq.edu.au
Uninhabited aerial vehicles (UAV) have proven their tremendous capabilities in military and
civil applications. In a UAV, the onboard autopilot autonomously controls the aircraft flight …
civil applications. In a UAV, the onboard autopilot autonomously controls the aircraft flight …
Performance comparison of two altitude-control algorithms for a fixed-wing UAV
M Ahsan, K Shafique… - 2013 3rd IEEE …, 2013 - research-repository.uwa.edu.au
Uninhabited aerial vehicles (UAV) have proven their tremendous capabilities in military and
civil applications. In a UAV, the onboard autopilot autonomously controls the aircraft flight …
civil applications. In a UAV, the onboard autopilot autonomously controls the aircraft flight …
