Upper Bound on Overall Delay in Wireless Broadband Networks with Non Real-Time Traffic

Abstract

Abstract. In this paper we consider the non real-time traffic in IEEE 802.16-based wireless broadband networks with contention-based bandwidth reservation mechanism. We introduce a new system model and establish an upper bound on the overall data packet delay. The model enables symmetric Poisson arrival flows and accounts for both the reservation and the scheduling delay components. The analytical result is verified by simulation.

Approximate Packet Delay Analysis for IEEE 802.16 Networks

“…This independency may result in a rough approximation of the overall delay. For this reason, some delay analysis works was done with proposed scheduling algorithms, such as in [5] and [6]. In [5], the authors presented a token-bucket based uplink packet scheduling with a call admission control mechanism.…”

“…They also proposed a mathematical model to estimate the queueing delay and loss rate for uplink traffic. In [6], the authors proposed an analytical model to estimate upper bound of the overall delay for nrtPS data packets. The analysis considered both the reservation delay and the scheduling delay and was done with their proposed scheduling algorithm.…”

Adaptive Admission Control with Bandwidth Quantization and Dynamic Reallocation for Mobile WiMAX

“…bandwidth degrade) and reassigned excess bandwidth to incoming connections (bandwidth upgrade), and is abbreviated as BDR_CAC. In addition to resolving the issues in [3]- [5], effectively increasing radio resource utilization and decreasing blocking and dropping probabilities for IEEE 802.16e/Mobile WiMAX networks with QoS support, are the major concerns of the study.…”