Machine learning-based dynamic frequency and bandwidth allocation in self-organized LTE dense small cell deployments

EURASIP Journal on Wireless Communications and Networking

Table 3 Evaluation configuration parameters

Parameter name and units	Values
Scenario type	Dual-stripe [27] and [33]
No. of small cells per scenario setup	{2,4}
No. of users per small cells	{2,3,10}
Small cell placement inside of	Random
apartment
User placement inside of apartment	Random
Lower bound of downlink carrier	2110 MHz
frequency values
Upper bounds of downlink carrier	{2112,2115} MHz
frequency values
Lower bound of uplink carrier	1920MHz
frequency values
Upper bounds of uplink carrier	{1922,1925} MHz
frequency values
Total system bandwidth	{2,5} MHz
Carrier frequency spacing	300 kHz
Small cell bandwidth	{1.4,3,5} MHz
Small cell bandwidth in RBs	{6,15,25}
Home eNodeB transmission power	20 dBm
Transport protocols	{TCP,UDP}
MAC Schedulers	Proportional fair,
	round robin
Simulation time in seconds	15
Measurements start time in seconds	5
Measurements update interval	100
in milliseconds
No. of independent simulations	50