Energy saving method based on migrating scheduling of virtual machine

Abstract

An energy saving method based on the migrating scheduling of a virtual machine comprises the following steps: Step 101, analyzing the business features of virtual machine equipment to obtain a business classifying reference; according to the business classifying reference, setting the grading standard of the virtual machine equipment; carrying out task analysis on the virtual machine equipment to obtain a task classifying reference; Step 102, making an energy consumption strategy according to the grading standard and the task classifying reference; Step 103, setting the energy consumption strategy in the virtual machine equipment, and realizing energy saving on the migrating scheduling of the virtual machine according to the energy consumption strategy. Through the invention, the active migration of the virtual machine is realized, the energy consumption of the virtual machine end is reduced, the purposes of saving energy and reducing emission are achieved, the balancing of loads is realized, and the performance of the virtual machine is optimized.

Description

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AI Technical Summary

Benefits of technology

The technical effect that this technology improves upon existing methods for managing power usage by reducing idle time on machines or optimizing their workload balancing through efficient use of resources such as memory space.

Problems solved by technology

The present patents discuss how VMware (Vitual Machine) migrates between different servers when it tries to use more memory or perform tasks faster due to resource allocation issues with traditional methods like disk space usage. However, this approach may result in overlapping clusters where some are running idle while others still have enough processing power available. This results in wasted effort during execution times. Therefore, an optimal solution must balance these concerns such as reducing server side energy consumption and ensuring efficient task distribution across various devices connected through network connections.

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