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多线程多核服务器功耗模型及性能监控OA

Power Consumption Model and Performance Monitoring of Multi-threaded and Multi-core Servers

中文摘要英文摘要

针对现有服务器的 CPU 功耗准确性不足和多线程处理功耗负载不平衡问题,本文提出了一种多线程和多核服务器CPU功耗模型.该模型采用前后端分离的整体架构思想,根据服务器功耗模型实时获取CPU的线程数、频率及利用率.通过日志文件进行反馈多线程和多核功耗模型,达到最佳服务器负载平衡.仿真测试的结果表明,改进的服务器功耗模型在CPU 利用率方面比传统服务器提高了 6%,内存以及 I/O 通信方面也有明显改善,为多线程和多核服务器提供了一种新的功耗模型思路.

This paper proposes a multi threaded and multi-core server CPU power consumption model to address the issues of insufficient accuracy in CPU power consumption and load imbalance in multi threaded processing of existing servers.The model adopts the overall architecture concept of front-end and back-end separation,and real-time obtains the number,frequency,and utilization of CPU threads based on the server power consumption model.Provide feedback on multi-threaded and multi-core power consumption models through log files to achieve optimal server load balancing.The simulation test results show that the improved server power consumption model has increased CPU utilization by 6%compared to traditional servers,and there is also a significant improvement in memory and I/O communication.This model provides a new power consumption model approach for multi-threaded and multi-core servers.

秦陈;侯雨晴;邓意方;曾利军

湖南工学院计算机科学与工程学院 湖南 衡阳 421002

计算机与自动化

多线程多核服务器功耗模型负载平衡

Multi ThreadingMulti Core ServersPower Consumption ModelLoad Balance

《福建电脑》 2024 (005)

38-42 / 5

本文得到2023年国家级大学生创新创业训练计划项目《基于高效的光伏智能汽车充电装置》(No.S202311528011)资助.

10.16707/j.cnki.fjpc.2024.05.007

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