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Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

Date post: 16-Jul-2015
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This research and publication has been co-financed with the European Union funds by the European Social Fund
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Page 1: Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

This research and publication has been co-financed with the European Union

funds by the European Social Fund

Page 2: Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

M.Sc. Bartosz Brzozowski 2

Page 3: Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

M.Sc. Bartosz Brzozowski 3

• Infrared

• Acoustic

• Multisensors

www.parallax.com

www.eetimes.com

• Visual

www.embedded.com

Page 4: Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

M.Sc. Bartosz Brzozowski 4

Feature Hokuyo

URG-04LX 3D LIDAR

Dimentions [mm] 50 x 50 x 70 70 x 70 x 70

Weight [g] 160 250

Range 240o x 6m 120o x 240o x 6m

Scan time [s] 0.1 0.1 ÷ 12

Used Power [W] 2.4 2.45

Feature Value

Range [m] 3,5

Field of View [O] 58 x 45 x 70

Depth image size [pixels] 320x240

Depth image refresh [fps] 30

Power source [V] 5 (USB)

Power consumption [W] 2,5

Interface USB 2.0/3.0

Software OpenNI SDK

Dimensions [cm] 18 x 3,5 x 5

Weight [g] 220

Page 5: Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

M.Sc. Bartosz Brzozowski 5

Page 6: Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

M.Sc. Bartosz Brzozowski 6

Page 7: Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

M.Sc. Bartosz Brzozowski 7

Page 8: Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

M.Sc. Bartosz Brzozowski 8

Accuracy = 2% of exact distance

Rotation speed = 265 ÷ 285 rpm

Detection = 5 mm diameter objects

Linear speed = 0,5 m/s

Page 9: Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

M.Sc. Bartosz Brzozowski 9

1. A measurement technique to obtain 360O point cloud was introduced;

2. Promising results obtained from the module –> implementations of algorithms

3. In-flight test are needed for final verification of the method;

4. Enhance of performance require different sensor;

5. Motor drive modifications might be beneficial.

Page 10: Distance measurement technique in hemispherical area for indoor Vertical Take-Off and Landing UAV

This research and publication has been co-financed with the European Union

funds by the European Social Fund


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