Video communication cooperative control, request, feedback method and device, equipment and medium

Abstract

The present application discloses a video communication collaborative control, request, feedback method and device, device and medium. The control method includes: broadcasting an object ranking list to the live broadcast room where the first anchor user is broadcasting, and the object ranking list is used for Representing the relative ranking relationship of multiple preset objects, corresponding to each preset object includes the mapping relationship between the preset object and its corresponding ranking weight; receiving the ranking list for changing the object sent by the audience user in the live broadcast room According to the adjustment instruction of the ranking weight of a preset object in the preset object, the corresponding update is performed on the object ranking list according to the adjustment instruction; in response to the preset The connection request initiated by the object starts the video connection mode between the second anchor user and the first anchor user to which the preset object belongs. This application realizes the flow tilt and improves the conversion rate of the flow through the coordination of the network live video communication.

Description

technical field [0001] The present application relates to the technical field of webcasting, and in particular to a video communication cooperative control, request and feedback method, and related devices, equipment and non-volatile storage media corresponding to these methods. Background technique [0002] Among the Internet live broadcast platforms, in order to attract more traffic, the major live broadcast platforms are scrambling to spend a lot of money to incubate the top anchors. For the live broadcast platforms, the top anchors can attract a large number of blue ocean users to enter the live broadcast platform to watch and consume. traffic. [0003] In order to effectively distribute the huge traffic of the head anchor, the existing live broadcast platform has realized a live broadcast method that allows network video communication between the anchor and the anchor, that is, the video connection live broadcast method. Through this live broadcast method, the head anch...

AI Technical Summary

Problems solved by technology

[0004] However, the existing video connection mode matching mechanism of most live broadcast platforms is to completely hand over the matching object authority to the anchor user, allowing him to choose the communication object according to his own wishes, although the anchor user may choose due to the guidance of the audience barrage in the live broadcast room. Corresponding communication objects, but the wishes of the audience users in the live broadcast room are not intuitive and comprehensive for the host users, so in some cases it cannot meet the needs of the audience users in the live broadcast room

[0005] Secondly, the video connection mode matching mechanism of some live broadcast platforms is realized by randomly matching communication objects with the anchor users. In the course of the mode, there was no agreement on the selection of the interactive method, which made the viewing experience of the viewers in the live broadcast room poor.

[0006] In addition, if the video connection live broadcast method is used in today's popular live broadcast delivery, a poor matching mechanism will hinder the sales of anchor users and cannot effectively realize the realization of traffic, thereby reducing the revenue of the live broadcast platform

[0007] It can be seen that although the video connection mode is a very trendy live broadcast method for the live broadcast platform that can achieve drainage, but because of the problem of the matching mechanism, it cannot effectively meet the needs of the audience users in the live broadcast room. The effect of drainage is not ideal, and it cannot effectively solve the problem of reasonable allocation of online resources

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