Voice control method and device thereof

Abstract

The invention relates to the field of communication, and discloses a voice control method and a device thereof. The method comprises the following steps: according to acquired voice information, generating a corresponding instruction used to execute, and generating a corresponding figure, the corresponding figure being used to display an identification result of the voice information; embedding the generated corresponding figure in a view page, in a current man-machine interaction interface, displaying the corresponding figure which is generated according to the voice information acquired most recently; if gesture sliding operation is detected in the man-machine interaction interface, displaying the corresponding figure indicated by the gesture sliding operation in the man-machine interaction interface, and executing the corresponding instruction of the indicated corresponding figure. The method simplifies the man-machine interaction interface, simplifies operation flow, reduces user operation cost, and reduces influence on normal driving of a user in operation.

Description

technical field [0001] The invention relates to the communication field, in particular to voice control technology. Background technique [0002] In the mobile application market, the homepages of traditional intelligent speech recognition products are mainly based on the accumulation of content, and the interaction is mostly in the form of dialogue. When switching between the recording state and the standby state, the method of clicking the trigger button is often used. The interface is filled with too much text information or content operations performed after semantic recognition. The execution interface jumps back to the recording state, which requires complex operations to complete. [0003] However, users in the driving state have more stringent requirements for information acquisition. Too much redundant information and an overly complex interface will increase the user's operating costs, increase the user's operating time, and affect the normal progress of the drivi...

AI Technical Summary

Problems solved by technology

When switching between the recording state and the standby state, the method of clicking the trigger button is often used. The interface is filled with too much text information or content operations performed after semantic recognition. The execution interface jumps back to the recording state, which requires complex operations to complete

[0003] However, users in the driving state have more stringent requirements for information acquisition. Too much redundant information and an overly complex interface will increase the user's operating costs, increase the user's operating time, and affect the normal progress of the driving state. The interface is not well suited for in-vehicle products

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