A heterogeneous, optical/wireless dynamic bandwidth allocation framework is presented,
exhibiting intelligent traffic queuing for practically controlling the quality-of-service (QoS) of …

The emerging and exponential growth of telecommunication networks have developed a
variety of smart and powerful devices to handle a wide range of multimedia applications …

This study proposes a delay‐scheduler coupled throughput‐fairness resource allocation
algorithm for users of mixed traffic in a long‐term evolution (LTE) wireless network. The …

Medium access control (MAC) is one of the most crucial issues in the design of Ethernet
passive optical networks (EPONs). To prevent data from collision in the upstream direction …

Closed form mathematical expressions of network parameters such as the mean packet
delay are useful for evaluating the communication network performance in the design …

Some researchers try to achieve location-dependent contention, spatial channel reuse,
conflicts between ensuring fairness and maximizing channel utilization, and distributed …

This study proposes Q-learning-based dynamic routing algorithms to address routing and
spectrum allocation challenges in elastic optical networks (EONs). An adaptive …

A new framework for traffic scheduling in bufferless slotted all-optical packet switched (OPS)
networks is proposed, where combination of contention resolution and reduction schemes is …

Continuous Two-Way Auction based Traffic Offloading in LEO Satellite Optical Networks Page
1 979-8-3503-4350-2/23/$31.00 ©2023 IEEE Continuous Two-Way Auction based Traffic …

The emerging new applications such as autonomous vehicles, mobile edge computing, and
internet of things pose great new challenges to heterogeneous networks to provide end-to …