Content pushing method, device and equipment

Abstract

The embodiment of the invention provides a content pushing method, device and equipment. The content pushing method is applied to a management server of a content distribution network, and comprises the following steps: determining candidate contents from contents of the content distribution network, wherein the candidate content is the content which is not pushed to the edge IDC node; for each candidate content, performing feature extraction on the candidate content, and inputting features of the candidate content into a preset model to obtain popularity of the candidate content; selecting candidate contents with popularity meeting a preset popularity condition from the candidate contents as popularity contents, and pushing the popularity contents to each edge IDC node in a preset pushing time period, wherein the preset pushing time period is a time period in which the bandwidth occupation amount of the management server to the edge IDC node meets a preset bandwidth idle condition. Through the scheme, the popular content can be pushed in an idle period, so that the bandwidth occupation in a peak period is effectively reduced.

Description

technical field [0001] The present invention relates to the technical field of content push, in particular to a content push method, device and equipment. Background technique [0002] Since CDN (Content Delivery Network, Content Distribution Network) can deploy edge IDC (Internet Data Center, Internet Data Center) nodes nearby to provide services for users, and manage server functions such as content distribution, scheduling, and load balancing, it can reduce network traffic. Congestion, the effect of reducing network delay, therefore, is widely used to provide large-scale content services. In a specific application, affected by user access habits, the bandwidth occupation of the content distribution network can be divided into peak periods and idle periods. Among them, the amount of content that the management server feeds back to the IDC node is large, and the bandwidth usage is high, while the user visits during the bandwidth idle period are relatively small, and the am...

AI Technical Summary

Problems solved by technology

However, the content of large-scale content services is often massive. If any content is selected for content push during the idle period in advance, a large amount of unnecessary content that users will not request during the peak period may be pushed, resulting in the peak period. The management server still needs to Feedback a large amount of content to the IDC node, unable to effectively reduce the bandwidth occupation during peak hours

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