3. Sensors for Mobile Robots
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4. Example HelpMate, Transition Research
Corp.
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5. Example B21, Real World Interface
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6. Example Robart II, H.R. Everett
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7. Savannah, River Site Nuclear
Surveillance Robot
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8. BibaBot, BlueBotics SA, Switzerland
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9. Classification of Sensors
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12. Characterizing Sensor Performance (1)
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13. Characterizing Sensor Performance (2)
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14. Characterizing Sensor Performance (3)
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15. In Situ Sensor Performance (1)
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16. In Situ Sensor Performance (2)
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17. Characterizing Error: The Challenges in
Mobile Robotics
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18. Multi-Modal Error Distributions: The
Challenges in …
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TEMPUS IV Project: 158644 – JPCR
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19. Wheel / Motor Encoders (1)
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20. Wheel / Motor Encoders (2)
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21. Heading Sensors
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22. Compass
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23. Gyroscope
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24. Mechanical Gyroscopes
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25. Rate gyros
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26. Optical Gyroscopes
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27. Ground-Based Active and Passive
Beacons
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TEMPUS IV Project: 158644 – JPCR
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28. Global Positioning System (GPS) (1)
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29. Global Positioning System (GPS) (2)
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30. Global Positioning System (GPS) (3)
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31. Differential Global Positioning System
(dGPS) (4)
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32. Range Sensors (time of flight) (1)
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33. Range Sensors (time of flight) (2)
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34. Ultrasonic Sensor (time of flight, sound)
(1)
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35. Ultrasonic Sensor (time of flight, sound)
(2)
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36. Ultrasonic Sensor (time of flight, sound)
(3)
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37. Ultrasonic Sensor (time of flight, sound)
(4)
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38. Laser Range Sensor (time of flight,
electromagnetic) (1)
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39. Laser Range Sensor (time of flight,
electromagnetic) (2)
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40. Laser Range Sensor (time of flight,
electromagnetic) (3)
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41. Laser Range Sensor (time of flight,
electromagnetic) (4)
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42. Laser Range Sensor (time of flight,
electromagnetic) (5)
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43. Laser Range Sensor (time of flight,
electromagnetic)
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44. Example SmartTer: Localization - position
estimation
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45. Example SmartTer: Mapping -
environment representation
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46. Literature:
"Introduction to Autonomous Mobile Robots" - Siegwart and
Nourbakhsh
46
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