Interactive collaboration system based on large spliced screen and interactive collaboration method

Abstract

The invention relates to an interactive collaboration system based on a large spliced screen, which comprises a streaming server and a steam forwarding server, wherein the streaming server is used for capturing the multipath display output of a remote high-performance system and respectively compresses the captured signal into multiple pixel streams; the steam forwarding server is positioned on the rear end of the streaming server and is used for collecting the pixel streams from each streaming server, and then, the pixel streams are forwarded to a client side system by a local area network or a private network; the client side system comprises one large-screen control end and one set of large spliced screen display system, wherein the large-screen control end receives a bit stream from the stream forwarding server; and meanwhile, the large-screen control end sends a message, feedback information and an interaction command for regulating a visual pixel area to the stream forwarding server. The invention also provides an interactive collaboration method based on the system. The interactive collaboration system has the advantages that the interactive collaboration system not only can display local information resource but also can remotely access the remote high-performance system.

Description

technical field [0001] The invention relates to an interactive collaboration system and an interactive collaboration method based on splicing large screens. Background technique [0002] No matter in the field of education, scientific research or enterprise work environment, in order to improve work efficiency and quality, users need information sharing and the support of a collaborative work environment. From simple text, video to 3D drawing graphics, users are eager to communicate a large amount of complex information in a timely manner, so as to help them make correct analysis and judgment in the fierce competitive environment. In fields such as military and police systems, aerospace systems, power and water conservancy dispatching, emergency command systems, finance, medical care, meteorology, even biological research, and industrial manufacturing, the acquisition, processing, and display of massive information require high-performance storage and computing. and display...

AI Technical Summary

Problems solved by technology

But users are still not satisfied with only displaying local information resources on the big screen, they also hope to be able to remotely access high-performance systems in different places at the same time

But so far there is no such system that can meet the needs of users

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