Query distribution method and device of network media storage

Abstract

A method of allocating network medium data resources is disclosed. The method is performed at an apparatus having one or more processors and memory for storing programs to be executed by the one or more processors. The method includes selecting, from a set of virtual requests, a virtual request including a requested resource usage time range consisting of multiple unit time periods. The method includes identifying a set of requests conflicting with the selected virtual request, where the set of conflicting requests includes one virtual request and one actual request. The method includes calculating, based on the set of conflicting requests, a maximum allocatable resource volume for each unit time period within the requested resource usage time range. The method further includes determining, based on the maximum allocatable resource volumes and the selected virtual request, an allocatable resource volume for each unit time period within the requested resource usage time.

Description

technical field [0001] The invention relates to Internet data processing technology, in particular to a query allocation method and device for storage capacity of network media information. Background technique [0002] Network media information is a variety of information with digital codes as the carrier published on various display forms of the Internet system (such as web pages, client interfaces, etc.). Generally, the network media information corresponds to a target web page, and the user can jump to the corresponding target web page after clicking the network media information, and the content of the target web page will be displayed in front of the user. How to effectively deliver and display network media information to specific audiences and how to effectively manage the displayed information is a field that the Internet technology industry is currently concerned about. [0003] Network media information processing and display technology has developed very rapidly...

AI Technical Summary

Problems solved by technology

However, in the existing network media information delivery control system, whether the current storage capacity can be reasonably allocated to the application request to be delivered can only be confirmed when the application request is confirmed as a real application request and the network media information delivery control system Real storage resources and other resources (such as computing resources and network resources, etc.) can only be known according to the actual delivery statistics and monitoring data after they are allocated to the real application request. If it is found that the current storage capacity and resources cannot meet the application requirements When requesting a demand, it is necessary to manually cancel the real application request, and settle the cost and remaining cost of the network media information that the system has already delivered, and then the system releases the corresponding storage capacity and resources (such as computing resources and network resources, etc.), and needs to Manually add a new application request, and reconfirm it as a real application request, and then the network media information delivery control system will re-allocate real storage resources and other resources to the new real application request. If the demand cannot be met, the real application request needs to be manually canceled again, and the corresponding fee will be settled, and the corresponding storage capacity and resources (such as computing resources and network resources, etc.) will be released by the system again, and the cycle will continue until the allocation of storage capacity satisfies the requirements of the provider. until the demand

[0006] Therefore, in the process of allocating and adjusting the storage capacity for application requests in the existing network media information delivery control system, a large amount of costs and corresponding storage resources of the delivered network media information are actually wasted, and it needs to be repeated again Invoking and releasing real storage resources and other resources such as computing resources and network resources, etc., so the efficiency of operation and maintenance is low, the resource utilization rate is low, and the cost of operation and maintenance is high

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