Cross-user-group interaction control method and device, cross-user-group interaction execution method and device equipment and medium

Abstract

The invention discloses a cross-user-group interaction control method and device, a cross-user-group interaction execution method and device, equipment and a medium, and the control method comprises the steps: creating an interaction task which is executed jointly across a plurality of user groups, and monitoring a conversion event that audience users of the user groups become active users; outputting dynamic information of the interaction task to a live broadcast room where each user group is located, wherein the dynamic information comprises task progress information; in response to the change of the total quantity of the active users of each user group, dynamically determining the task advancing speed of the user group, and calculating and updating the task progress information of the user group according to the task advancing speed; and monitoring whether the task progress information of each user group meets a preset condition or not, and triggering a preset permission event for the user group reaching the preset condition. According to the embodiment of the invention, cross-live- broadcast-room user groups are technically supported to jointly execute the interaction task, thedata sharing and interaction capability between live broadcast rooms can be constructed, and the operation efficiency of a live broadcast platform is improved.

Description

technical field [0001] The present application relates to the technical field of webcasting, in particular to a cross-user group interactive control method and its corresponding device, related electronic equipment and non-volatile storage media, and also to a cross-user group interactive execution method and its corresponding Corresponding devices and related electronic equipment and non-volatile storage media. Background technique [0002] In the Internet live broadcast service, how to enhance the stickiness of users to the live broadcast platform and anchor users, so as to improve the daily user activity and user resident rate of the live broadcast service platform, has always been one of the focuses of the industry. To this end, the industry has designed a variety of activities to achieve the corresponding stimulus in order to achieve the desired effect. [0003] The current common design logics have the following deficiencies technically: [0004] First of all, at the...

AI Technical Summary

Problems solved by technology

In this case, the interaction between the live broadcast rooms is cut off, and it is impossible to form a larger range of interaction, thereby reducing the design space for various activity tasks. The benefits are not obvious enough

[0005] Secondly, at the level of application effect, since the interaction across live broadcast rooms cannot be realized, the participants of various activity tasks designed accordingly are limited, and some live broadcast rooms cannot start related activity tasks due to the scarcity of users, or although they can start related activity tasks, However, due to the fact that the participants are involved, the relevant activities and tasks cannot be played. As a result, the pre-allocated various server memory and computing power resources corresponding to many activities and tasks are vacant, and the cost-effectiveness of the live broadcast platform cannot be maximized.

[0006] In addition, at the level of program development, usually within the live broadcast platform, each team is responsible for developing an application corresponding to an independent activity task. However, each team may build different channels according to the different channels they are responsible for. The internal protocol of the activity task service in the live room cannot be shared between the internal protocols of each activity task, so especially in the live room application program of the corresponding terminal device, due to the integration of more and more activity tasks of multiple channels, The corresponding installation files and memory overhead are getting bigger and bigger, and it may also cause bandwidth overhead because each active task maintains an independent long link, which puts a lot of pressure on the server and terminal equipment

[0007] It can be seen that the existing technology does not provide an effective solution for the network live broadcast platform to save network resources and improve the efficiency of network resource utilization for the above situations.

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