A human-computer interaction method and system based on spatial sound
A human-computer interaction and space technology, applied in the field of human-computer interaction, can solve problems such as no solution, and achieve the effect of reducing loneliness and enhancing interest
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Embodiment 1
[0054] Embodiment 1 A method for human-computer interaction based on spatial sound, comprising the following steps:
[0055] Step S1, recording the voice of the customer through the microphone of the client, performing primary screening, and obtaining voice data.
[0056] The client-side microphone records the user's voice, and through the primary screening, invalid voices are blocked, such as too loud noise, too high or too low volume, etc., and the following information is recorded at the same time:
[0057] Voice recording time: It is used for later voice sorting, such as new comments may have a higher weight and a higher probability of being broadcast;
[0058] The time of the corresponding video content when recording: this time determines the time point when the voice is played back;
[0059] If it is a panoramic video, when watching it with a virtual reality device, the current viewing angle should also be recorded.
[0060] Step S2, uploading the sound data to the se...
Embodiment 2
[0086] Embodiment 2 A human-computer interaction system based on spatial sound, comprising:
[0087] It includes a spatial sound generation module, a recording module and a playback module on the client side, and an aggregation module on the server side.
[0088] The input module is used to input customer voice and upload the recorded voice data to the server end;
[0089] The aggregation module analyzes and integrates the voice data uploaded to the server by the input module;
[0090] The spatial sound generation module is used to place sound in a three-dimensional space;
[0091] The playing module is responsible for downloading voice data from the server for playing;
[0092] The spatial sound generation module is connected with the aggregation module, acquires the speech data after analysis and integration, uses the binaural sound level difference and the binaural time difference of the changed sound for the speech data, generates binaural-based spatial sound, and genera...
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