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Difference between revisions of "Beacon Proximity"


(Created page with "The Beacon Proximity Mode detects if the user is in the proximity of a bluetooth beacon. The proximity region is defined by a proximity distance, which creates a sphere around...")
 
(Characteristics)
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== Characteristics ==
 
== Characteristics ==
  
      • Provides position in world coordinate system.
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* Provides position in world coordinate system.
      • The error in position estimation depends on the proximity distance, as the position is overtaken as soon as the respective region is entered.
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* The error in position estimation depends on the proximity distance, as the position is overtaken as soon as the respective region is entered.
      • The position is updated once a region is entered only once. Consequently continuous pose estimation is not possible.
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* The position is updated once a region is entered only once. Consequently continuous pose estimation is not possible.
      • Requires manual installation effort.
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* Requires manual installation effort.
      • Requires Bluetooth Low Energy (Bluetooth 4.0)
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* Requires Bluetooth Low Energy (Bluetooth 4.0)

Revision as of 13:03, 19 September 2017

The Beacon Proximity Mode detects if the user is in the proximity of a bluetooth beacon. The proximity region is defined by a proximity distance, which creates a sphere around the beacon. Whenever the calculated distance to a beacon is smaller than the proximity distance, the user is supposed to be at the position of the bea-con. If multiple regions intersect the user is supposed to be at the position of the nearest beacon. In order to use Beacon Proximity as a Positioning System, Blue-tooth Low Energy has to be available and enabled on the mobile device. If a new environment should be equipped with iBeacon-Positioning, an expert has to mount Beacons on known positions and calibrate the propagation factor of these beacons. Proximity beacons can be configured using SYSCLS PROXIMITY BEACON.

Characteristics

  • Provides position in world coordinate system.
  • The error in position estimation depends on the proximity distance, as the position is overtaken as soon as the respective region is entered.
  • The position is updated once a region is entered only once. Consequently continuous pose estimation is not possible.
  • Requires manual installation effort.
  • Requires Bluetooth Low Energy (Bluetooth 4.0)