A Two Step Multi-Carrier Proportional Fair Scheduling Scheme for Cloud Radio Access Networks

Abstract

Proportional fair scheduling (PFS) is a widely used scheduling algorithm in the wireless networks which utilizes the network resources efficiently while maintaining a balance with the fairness among the users. It is a channel aware scheduling algorithm that allocates resources to the users with the best channel conditions, it also takes into account the users with bad channel quality by considering the user's access history in the scheduling decision. In this paper, the authors propose a two-step multiple carrier proportional fair scheduling (MC-PF) algorithm for the cloud radio access networks (C-RAN). The main purpose of this algorithm is to maximize the sum of logarithm transmission rate. The scheduler assigns users to each carrier in order to maximize the logarithm transmission rate for overall links of C-RAN. To prove the effectiveness of the proposed algorithm, the authors have shown the simulation results and compared it with the round robin (RR) scheduling scheme.

Cloud-Native Network Slicing Using Software Defined Networking Based Multi-Access Edge Computing: A Survey

“…The RAN consists of two functional units known as the Baseband Unit (BBU) and the Radio Unit (RU), which is also known as the Remote Radio Head (RRH) [45]. The RU is responsible for the transmission and reception of radio waves over the air interface to the User Equipment (UE) and is connected to the BBU through the Fronthaul Network (FN).…”