Dynamic Allocation Algorithm of Container Cloud Resources Based on Bi-level Programming

Abstract

Abstract: The dynamic configuration decision problem of container cloud resources is analyzed in this paper. By defining the scheduling task of container cloud resources, the scheduling time of container source resources is solved. The shortest time matrix of container cloud resource scheduling task is used to obtain the conditions needed for container cloud resource scheduling. Under the bi-level planning condition, the objective function and constraint function of container cloud resource scheduling are solved, and the container cloud resource scheduling model is constructed. Considering the tasks of users and the cloud resources of data centers, a matrix to physical hosts is constructed on virtual machines. By constructing the objective function of container cloud resource dynamic configuration results in optimization, and combining with constraints, the dynamic configuration of container cloud resources is realized. Experimental results show that the proposed algorithm can not only improve the utilization of container cloud resources, but also reduce the configuration completion time, and has better dynamic configuration performance.

Key words: bi-level planning, container cloud resources, dynamic configuration, scheduling model, objective function

ZHOU Yong-fu, XU Sheng-chao. Dynamic Allocation Algorithm of Container Cloud Resources Based on Bi-level Programming[J]. Computer and Modernization, 2022, 0(12): 1-5.

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