Indoor Data sets

Aerial manipulation

FADA-CATEC indoor testbed - 125s CC BY-SA

In this data set, range-only sensors are embedded in a set of bars to be manipulated by the aerial robot. This data set was recorded in FADA-CATEC indoor testbed (Seville, Spain) under the framework of the ARCAS project. The data set also uses static range-only sensors placed around the testbed to have a good trilateration of robot 3D position. The data set also includes barometric altitimeter measurements and the ground truth estimated with a VICON tracking system.

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Aerial circular exploration

FADA-CATEC indoor testbed - 146s CC BY-SA

This data set was recorded in FADA-CATEC indoor testbed (Seville, Spain) for aerial exploration using a circular trayectory. The aerial robot explores a mock-up of an industrial environment. In this case, some range-only sensors are placed in pipes and around the testbed to have a good trilateration of the robot 3D position. The data set also includes barometric altimeter measurements and the ground truth is estimated with a VICON tracking system.

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Aerial zig-zag exploration

FADA-CATEC indoor testbed - 144s CC BY-SA

This data set was recorded in FADA-CATEC indoor testbed (Seville, Spain) for aerial exploration using a zig-zag trayectory. The aerial robot explores a mock-up of an industrial environment. In this case, some range-only sensors are placed in pipes and around the testbed to have a good trilateration of the robot 3D position. The data set also includes barometric altimeter measurements and the ground truth is estimated with a VICON tracking system.

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Outdoor Data sets

Landing with range-only and visual measurements

RC SAETA, Seville - 91s CC BY-SA

This outdoor data set was recorded in a aeromodelling club saeta near Isla de la Cartuja (Seville, Spain) for aerial robot landing using visual targets, range-only sensors and a barometric altimeter. In this case, some range-only sensors are placed around the scenario for robot localization purposes. The ground truth was estimated using a Diff. GPS.

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Aerial trilateration of beacons

RC SAETA, Seville - 318s CC BY-SA

This outdoor data set was recorded in SAETA aeromodelling club near Isla de la Cartuja (Seville, Spain) for aerial mapping of a set of beacons. In this case, some range-only sensors are placed around the scenario for the trilateration of the robot and others for mapping. The data set also includes barometric altitimeter measurements and RGB images with markers. The ground truth was estimated using a Diff. GPS.

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Aerial mapping and landing area recognition

RC SAETA, Seville - 304s CC BY-SA

This outdoor data set was recorded in a aeromodelling club near Isla de la Cartuja (Seville, Spain) for aerial exploration. This data set can be used for flat landing area detection and mapping of beacons. The data set also includes barometric altitimeter measurements and RGB images for target detection and localization. The ground truth was estimated using a Diff. GPS.

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