Revenue-based quality of protection in MSR networks

One of the critical challenges facing the carriers today is to increase the revenue of services. As the expansion of deployment of packet based bearer networks in the MAN, network resilience becomes a significant contributor to revenue and profit. In this paper, we propose a revenue-based quality of protection (QoP) for capacity design model to provide various protection classes in the multiple services ring (MSR) networks. Based on this model, this paper provides an Enhanced Greedy Algorithm (EGA) to solve revenue-based bandwidth allocation (RBA) problems. All experimental results on the test bed show that EGA is efficient and applicable for embedded systems.