Algorithm 2 The proposed algorithm
Input: scan interval, scan duration, number of measurements, acceleration magnitude threshold
Output: beacon with the strongest signal strength based on the calculated running averages for all detected beacons in the detectable area
1:	ObjectDetectedBeacon
2:	id,
3:	major,
4:	minor,
5:	rssiMeasurements[],
6:	averageSignalStrength
7:	set scan duration
8:	set acceleration magnitude threshold
9:	set number of stored signal detections
10:	init scan interval
11:	init listOfBeacons[DetectedBeacon]
12:	background service
13:	loop
14:	calculate acceleration
15:	if calculate acceleration > acceleration magnitude threshold
16:	update scan interval
17:	functionbeacon_scanner
18:	loop
19:	if scan interval not over
20:	call listen_for_beacons
21:	functionlisten_for_beacons
22:	init results array
23:	while scan duration not over
24:	if beacon detected
25:	if beacon already detected
26:	update rssiMeasurements array of beacon
27:	calculate_running_average(beacon)
28:	else
29:	add beacon to listOfBeacons array
30:	calculate_running_average (beacon)
31:	call beacon_scanner
32:	if listOfBeacons not empty
33:	return beacon with the highest calculated average RSSI signal strength value
34:	else
35:	return null;
36:	function calculate_running_average(DetectedBeacon)
37:	calculate running average for beacon
38:	save new calculation to specified beacon