Fair scheduling algorithm with a consideration of Best channel Quality indicator

Parameter

Value

Frequency

2.6GHz

Bandwidth

20MGHz

eNodB Antenna Gain

15dB

Simulation time

100TTI(100ms)

Total number of UEs

21,36

Number of eNodB

1

Number of Cells

3

Scheduling Algorithm

Proportional Scheduling and Best Channel Quality

UE Speed

5Km/hr

Macroscopic Path hole model

TS36942

Simulation Environment

urban

eNodB Antennae output power

49dBm

Inter eNodB distance

500M

Channel Model

Winner+

Answer 1

[Walter Roberson]

Step 1:

Sort your input data by Best channel Quality indicator

Step 2:

Ignore the Best channel Quality indicator and everything else, and use random scheduling.