基于AQM算法的通信电源智能管理系统设计

Design of Intelligent Management System for Communication Power Supply Based on AQM Algorithm

在现代通信系统中,电源管理的效率和智能化水平直接影响到系统的稳定性和能效。主动队列管理(Active Queue Management,AQM)算法作为一种先进的网络数据流控制技术,通过动态调整队列的行为来优化数据传输和降低延迟。该算法主要用于改善网络拥塞,但近年来被引入通信电源管理,用于优化电源的分配和使用,增强系统的响应能力和效率。文章设计一个基于AQM算法的通信电源智能管理系统,详细阐述系统的需求、架构设计以及模块划分,并通过系统集成与应用测试验证设计的有效性。通过引入AQM算法,设计系统能够实现电源管理的动态优化,从而提升整个通信系统的性能和可靠性。

In modern communication system,the efficiency and intelligence level of power management directly affect the stability and energy efficiency of the system.Active Queue Management(AQM)algorithm,as an advanced network data flow control technology,optimizes data transmission and reduces delay by dynamically adjusting queue behavior.This algorithm is mainly used to improve network congestion,but it has been introduced into communication power management in recent years to optimize the distribution and use of power and enhance the responsiveness and efficiency of the system.This paper designs an intelligent communication power management system based on AQM algorithm,elaborates the system requirements,architecture design and module division,and verifies the effectiveness of the design through system integration and application testing.By introducing AQM algorithm,the design system can realize dynamic optimization of power management,thus improving the performance and reliability of the whole communication system.