Unmanned aerial systems (UAS) provide a viable alternative to the use of
conventional aerial photography.
Such systems incorporate the use of a small
unmanned aerial vehicle (UAV) and low cost imaging sensors such as off-the shelf
digital cameras and GPS/IMU units.
When compared to traditional airborne
platforms, UAVs have the ability to provide data at a higher temporal resolution,
more economic cost, avoid cloud obstructions, provide more flexible data
acquisition, and still keeping high accuracy potential
(Aber et al., 2010;Eisenbeiβ, 2009; Remondino et al., 2011).
Unmanned aerial systems (UAS) provide a viable alternative to the use ofconventional aerial photography. Such systems incorporate the use of a smallunmanned aerial vehicle (UAV) and low cost imaging sensors such as off-the shelfdigital cameras and GPS/IMU units. When compared to traditional airborneplatforms, UAVs have the ability to provide data at a higher temporal resolution,more economic cost, avoid cloud obstructions, provide more flexible dataacquisition, and still keeping high accuracy potential (Aber et al., 2010;Eisenbeiβ, 2009; Remondino et al., 2011).
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