Implementation method, device, system and storage medium based on voice control network

Abstract

The present invention discloses an implementation method, device and system based on a voice control network, and a storage medium. The method is applied to a multi-zone audio interaction system, andeach zone is provided with network device nodes. The method comprises the steps of: obtaining one or more than one audio wake-up source from at least one zone by employing the network device nodes ofcorresponding zones; performing local identification of audio instructions of the one or more than one audio wake-up source or transmitting the audio instructions of the one or more than one audio wake-up source to a cloud for identification; and performing directional feedback of response data fed back by the cloud identification or the local identification to an audio play device at a located position. One audio interaction center is combined to a network technology to be expanded to an audio control network to allow the audio control network to pair with various wireless sound boxes, and anindoor positioning technology and an audio network technology are employed to achieve multi-user interaction at the same time, so that the audio interaction range and breadth are enlarged, current resources are maximally utilized, demands for multi-user interaction at the same time are satisfied, and the resources are saved.

Description

technical field [0001] The present invention relates to the technical field of voice interaction, in particular to a voice control network-based implementation method, device, system and storage medium. Background technique [0002] At present, human-computer interaction is entering the era of intelligence, and voice interaction will become an important interaction method in the future. However, at present, voice interaction cannot be applied in long-distance, large-scale and multi-room homes, because the transmission distance of sound waves is insufficient, and the isolation of the home environment makes it impossible for a single device to provide long-distance, wide-range interaction, and at the same time cannot satisfy multiple users. Simultaneous interaction. [0003] In the current products on the market, the collection of voice commands and audio playback are all on one device, which makes the application experience of the product not flexible enough (for example, th...

AI Technical Summary

Problems solved by technology

However, at present, voice interaction cannot be applied in long-distance, large-scale and multi-room homes, because the transmission distance of sound waves is insufficient, and the isolation of the home environment makes it impossible for a single device to provide long-distance, wide-range interaction, and at the same time cannot satisfy multiple users. Simultaneous interaction

[0003] In the current products on the market, the collection of voice commands and audio playback are all on one device, which makes the application experience of the product not flexible enough (for example, the user needs to speak to the position of the speaker), and cannot respond to multiple users at the same time Voice commands; multiple smart speaker devices need to be placed in multiple places. Poor isolation between devices will cause multiple devices to respond, affect the experience, and may cause mutual disturbance in life

In addition, the products currently on the market usually integrate audio collection and music playback, and are usually large in size. In addition, the original wireless speaker equipment such as Bluetooth cannot be reused, resulting in waste of resources.

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