Changes

First, BLE beacons are set up in an inside space, their position will remain fixed and they will serve as a known location reference. These beacons periodically broadcast a signal which is unique for each beacon containing the beacon’s ID. All FM devices can detect this broadcasted signal, therefore, many  FM devices can utilise the set up beacons for positioning simultaneously. Once a FM device configured for the solution receives a signal from a beacon, the relationship between the strength of this received signal (RSSI-Received signal strength Indicator) and transmitted signal strength (which is a constant for each beacon), will be proportional to the distance between them, as radio waves propagate according to the inverse square law. In general, distance to the beacon can be calculated by the following formula:  

First, BLE beacons are set up in an inside space, their position will remain fixed and they will serve as a known location reference. These beacons periodically broadcast a signal which is unique for each beacon containing the beacon’s ID. All FM devices can detect this broadcasted signal, therefore, many  FM devices can utilise the set up beacons for positioning simultaneously. Once a FM device configured for the solution receives a signal from a beacon, the relationship between the strength of this received signal (RSSI-Received signal strength Indicator) and transmitted signal strength (which is a constant for each beacon), will be proportional to the distance between them, as radio waves propagate according to the inverse square law. In general, distance to the beacon can be calculated by the following formula:  

<math>Distance = 10^{\frac{Measured Power-RSSI}{10N}}</math>

Distance = 10^((Measured Power - Instant RSSI)/(10*N))

Where,

Where,

#In System Settings Enable [[Codec#Codec_8_Extended|Codec8 Extended]];

#In System Settings Enable [[Codec#Codec_8_Extended|Codec8 Extended]];

#In [[FMB120_Bluetooth_settings|Bluetooth]] settings Enable Bluetooth, set this setting as either "Enable (hidden)" or "Enable (visible)", otherwise Bluetooth will be disabled;

#In [[FMB120_Bluetooth®_settings|Bluetooth®]] settings Enable Bluetooth®, set this setting as either "Enable (hidden)" or "Enable (visible)", otherwise Bluetooth® will be disabled;

#In [[FMB120_Bluetooth_4.0_settings|Bluetooth 4.0]] settings, set Non Stop Scan to "enabled" or "disabled" and configure the desired update interval.

#In [[FMB120_Bluetooth®_4.0_settings|Bluetooth® 4.0]] settings, set Non Stop Scan to "enabled" or "disabled" and configure the desired update interval.

#In [[FMB120_Beacon_List|Beacon list]] settings, configure Beacon Detection as "Configured" and Beacon Record as "Periodic". This configuration will allow detection of beacons from the beacon list and send periodical positioning data to the server. The lower the period, the more frequently a position update can be obtained. If On Change is selected – device will not create Beacon record after every scan procedure is completed unless scanned Beacon list will change. <br>

#In [[FMB120_Beacon_List|Beacon list]] settings, configure Beacon Detection as "Configured" and Beacon Record as "Periodic". This configuration will allow detection of beacons from the beacon list and send periodical positioning data to the server. The lower the period, the more frequently a position update can be obtained. If On Change is selected – device will not create Beacon record after every scan procedure is completed unless scanned Beacon list will change. <br>

•If the beacon detection option is set to Configured, only beacons from the beacon list will be detected and their data will be sent to the server.  

•If the beacon detection option is set to Configured, only beacons from the beacon list will be detected and their data will be sent to the server.  

| style="vertical-align: middle; text-align: center;" |Additional beacon data

| style="vertical-align: middle; text-align: center;" |Additional beacon data

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