Changes
/* Technologies */
In order to use iBeacon-Trilateration as a Positioning System, Bluetooth 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 iBeacons on known positions and calibrate the transmission behaviour of these beacons. Currently Trilateration beacons can be configured using [[SYSCLS_TRILATERATION_BEACON]]. === iBeacon-Proximity Positioning ===The iBeacon Proximity Mode detects if the positions user is in the proximity of beacons have a 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 hardcoded into UBIK through at the Development Teamposition of the beacon. If multiple regions intersect the user is supposed to be at the position of the nearest beacon. In future this order to use iBeacon Proximity as a Positioning System, Bluetooth Low Energy has to be available and enabled on the mobile device. If a new environment should happen through UBIK Studiobe equipped with iBeacon-Positioning, an expert has to mount iBeacons on known positions and calibrate the propagation factor of these beacons.Proximity beacons can be configured using [[SYSCLS_PROXIMITY_BEACON]]. [[Category:Client|UBIK Client Basics]]
== Finding Objects ==
