Greedy Based Round Robin scheduling solution for Data Traffic management in 5G

Any resource block with the period and the spacing, which enable feedback on the channel quality, which allow the scheduler in the downlink with the optimization of channel utility. A control of data traffic over the 5G network be the challenging task. In this paper the proposed work can overcome the challenges by using the design frame work based on the resource scheduling by using the Greedy based round Robin Scheduling (GBRRS) method, which control the data allocation from the initial level inside of the User Equipment (UE) of the resource scheduling blocks, the scheduling algorithm used in the radio segmentation processes. The long distance of the greedy scheduling and the rounding off specific task can be overcome by using the proposed algorithm. The performance evaluation based on the path loss, throughput, QoS violation probability and user capacities by using the simulation implemented in the mat lab R2014b.