Research on Dynamic Traffic Scheduling Algorithm Based on Huawei Network Equipment

With the rapid development of network applications, network traffic is increasing, and traditional traffic scheduling methods are no longer able to meet the efficient and flexible network requirements. This paper proposes a dynamic traffic scheduling algorithm based on Huawei network devices to optimize network resource utilization, reduce delay, and avoid network congestion. First, the traffic control characteristics of Huawei routers and switches are analyzed, and the existing five traffic scheduling methods are analyzed and evaluated. A dynamic scheduling mechanism based on priority queues is then designed, which can monitor network status in real-time and automatically adjust bandwidth allocation according to different traffic patterns. Second, the effectiveness of the algorithm in handling burst traffic and large-scale data transmission is verified through simulation experiments. The results show that the proposed dynamic traffic scheduling algorithm significantly improves data transmission efficiency and enhances the overall network performance. Finally, the paper discusses the potential application of the algorithm in real network environments and the future directions for improvement, providing a basis for further research.