Man-machine interaction information processing method based on large-scale display system

Abstract

The invention relates to a man-machine interaction information processing method based on a large-scale display system, which comprises the following steps that: (1), after a local servicer is started, an interactive module is started, a sharing object is built at a remote servicer, and the state of the sharing object is monitored, so that the sharing object sends out a synchronous event carrying all current attribute information of the sharing object once attribute data of the sharing object have any change; (2), the interactive module in the local server monitors the state of an display object at any time in the running process and judges whether the display object oversteps the boundary, if yes, the step 3 is performed, otherwise, the operation returns to the step 1; (3), the active module which monitored the display object overstepping the boundary quotes the sharing object on the remote server and orders the remote server to send out broadcast, etc. Compared with the prior art, the method provided by the invention has the advantages of solving the integration problem of the large-scale interaction display system.

Description

Technical field [0001] The invention relates to a man-machine interactive information processing method, in particular to a man-machine interactive information processing method based on a large display system. Background technique [0002] In the human-computer interaction method based on the large-scale display system, the interactive technology used to integrate the entire display system as a whole is one of its key technologies. Large-scale display systems generally display imaging through multiple display devices, and these display devices are controlled by independent hosts. The problem with such a distributed structure is that the entire display interface lacks a basic overall experience. [0003] The technology to solve the problem of integration of large-scale interactive display systems mainly has two directions: integration and distribution. The method adopted in the integration direction is to centrally control multiple display devices with one host, and the interacti...

AI Technical Summary

Problems solved by technology

The limitation of this method is that on the one hand, it puts forward higher requirements on the display hardware. At present, considering the cutting-edge status of the corresponding hardware, the limit that this method can achieve in the specific display interface size is also very limited. ; On the other hand, unlike video streaming media, multimedia programs with interactive functions are also limited in size

[0005] Disadvantages brought about by distributed technology are obvious. Because each host running interactive media software is independent of each other, media software cannot provide (in time) synchronization, (in space) communication and other overall experience in terms of performance.

[0006] Although the human-computer interaction technology in the distributed direction has such major shortcomings, it will not constitute an insurmountable obstacle in terms of supporting the expansion of display devices and the requirements for the size of interactive media.

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