Scheduling method and system for password arithmetic units

Abstract

The invention discloses a scheduling method and a scheduling system for password arithmetic units. The scheduling method comprises the steps of: obtaining an arithmetic request about a password arithmetic task from a user; and selecting the password arithmetic unit matched with the password arithmetic task according to the password arithmetic content of the password arithmetic task and referring to the running status of each password arithmetic unit in a password service pool. The password service pool includes the plurality of password arithmetic units, so that password arithmetic resources are virtualized, the password arithmetic units in the password service pool are dynamically scheduled aiming at the different password arithmetic tasks, and thereby use ratio of the password arithmetic unit is improved.

Description

technical field [0001] The invention relates to the technical field of implementing data encryption operations, in particular to a scheduling method and system for encryption operation units. Background technique [0002] In traditional environments, physical hosts are usually assigned an independent cryptographic unit, such as a server cipher machine, to complete cryptographic tasks. The cryptographic unit is used to encrypt and protect the transmission and storage of sensitive information on the physical host. The server password Machines such as encryption cards, USB encryption machines, etc. [0003] In the cloud environment, when the traditional physical host is migrated to the cloud platform to become a cloud host, the traditional cryptographic computing unit can be deployed in the cloud environment to provide cryptographic computing services for the cloud host; however, due to the limited processing capacity of the cryptographic computing unit It is not convenient fo...

AI Technical Summary

Problems solved by technology

[0003] In the cloud environment, when the traditional physical host is migrated to the cloud platform to become a cloud host, the traditional cryptographic computing unit can be deployed in the cloud environment to provide cryptographic computing services for the cloud host; however, due to the limited processing capacity of the cryptographic computing unit limit, it is not convenient for dynamic adjustment and expansion, therefore, there is a situation that the utilization rate of the cryptographic operation unit is not high

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