Multi-role interactive method based on voice recognition

Abstract

The invention relates to a multi-role interactive method based on voice recognition. The multi-role interactive method is characterized in that a user inputs a voice command through an application program in portable electronic equipment, the voice command is returned to the portable electronic equipment after voice analysis and recognition through a cloud server or a program built-in local voice module, and finally the next pronunciation role is appointed through the portable electronic equipment or after the pronunciation of a toy until the whole interactive dialogue is ended after circulation. Therefore, relatively good pronunciation interactive presentation can be achieved according to the command of the user by changing single pronunciation effect or simple voice control presentation of a conventional pronunciation toy. Moreover, scenario-based pronunciation playing can be performed, so that the playability is improved.

Description

technical field [0001] The invention relates to a toy interaction method, in particular to a voice recognition-based multi-role interaction method. Background technique [0002] With the rapid development of Internet technology, today's toys use, in addition to speaking, singing, and performing actions, the content of toys is also gradually updated and constantly has new mechanism designs. However, in existing toys, speech, singing, and performance actions all rely on built-in programs, and the programs cannot be updated, and DIY compilations cannot be performed according to the needs of users, which reduces playability. Moreover, although the existing toys are constantly being introduced, they are still independent of each other, and there is no interactive relationship between toys, and at the same time, effective interactive communication with users cannot be carried out. Moreover, the lack of voice command recognition function sent by the user makes it easy for the user...

AI Technical Summary

Problems solved by technology

However, in the existing toys, the speech, singing, and performance actions all rely on the built-in program, and the program cannot be updated, and it cannot be compiled according to the needs of users, which reduces the playability.

Moreover, although the existing toys are constantly being innovated, they are still independent of each other. There is no interactive relationship between toys, and at the same time, effective interactive communication with users cannot be carried out.

Moreover, it lacks the voice command recognition function issued by the user, and it is easy for the user to lose the freshness after playing.

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