Data forwarding method and device based on articulated naturality web

Abstract

The embodiment of the invention provides a data forwarding method and device based on an articulated naturality web. The method comprises steps of creating a plurality of virtual articulated naturality web terminals in the physical articulated naturality web server, receiving articulated naturality web conference data sent by the articulated naturality web devices in the first articulated naturality web device cluster by using the virtual articulated naturality web terminals, and sending the articulated naturality web conference data to the articulated naturality web devices in the second articulated naturality web device cluster by using the virtual articulated naturality web terminals, wherein the data forwarding performance of the virtual articulated naturality web terminal is higher than or equal to the data forwarding performance of the physical terminal, the sum of the data forwarding performance of the plurality of virtual articulated naturality web terminals is higher than thedata forwarding performance of one physical terminal. Therefore, if the data size of the Internet of Things conference data needing to be interacted between the Internet of Things equipment of the first Internet of Things equipment cluster and the Internet of Things equipment of the second Internet of Things equipment cluster is very large, a plurality of virtual articulated naturality web terminals can quickly forward a large amount of articulated naturality web conference data, so that the articulated naturality web conference can be smoothly carried out.

Description

technical field [0001] The invention relates to the technical field of the Internet of Vision, in particular to a data forwarding method based on the Internet of Vision. Background technique [0002] At present, many companies have offices in various regions, and business communication between various offices is often required. When conducting business communication, it is often necessary to start a video conference. [0003] The number of employees in each office is often large, and each employee in each office has a conference device, and all employees in all offices can use their respective conference devices to participate in cluster meetings. [0004] However, the network segments of the conferencing devices of employees in different offices are often different. As a result, the conferencing devices of employees in different offices often cannot directly exchange data, and the conference data needs to be forwarded through a physical terminal. [0005] However, when the...

AI Technical Summary

Problems solved by technology

[0004] However, the network segments of the conferencing devices of employees in different offices are often different, resulting in that the conferencing devices of employees in different offices often cannot directly exchange data, and the conference data needs to be forwarded through a physical terminal

[0005] However, when there are many employees who need to participate in the cluster conference, the conference equipment in each office usually needs to send and receive a large amount of conference data, and sometimes the data forwarding performance of a physical terminal is limited, which makes it impossible to All the conference data that needs to be forwarded has been forwarded, resulting in the cluster conference being stuck or unable to proceed smoothly

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