Abstract: An interaction control method, an electronic apparatus and a storage medium are provided. The method is for the electronic apparatus, a processing unit, a bone sound sensor and a microphone are provided in the electronic apparatus, the method is applied to the processing unit and includes: acquiring an interaction state with a terminal apparatus; receiving a voice signal through the microphone; if a bone sound signal is received through the bone sound sensor, determining whether the voice signal is emitted by a wearer at least according to the bone sound signal; and if the voice signal is emitted by the wearer, performing interaction processing with the terminal apparatus based on the interaction state according to the voice signal.

Abstract: Embodiment of the disclosure relates to a method, apparatus, device and storage medium for determining a noise level. The method includes: determining, for each of a plurality of audio segments, feature values that each corresponds to a respective one of a plurality of predetermined audio features based on spectrum information and energy spectrum information corresponding to the plurality of audio segments in an audio; determining whether each of the plurality of audio segments is a speech segment based on whether feature values satisfy a first feature requirement related to speech; determining whether each of the plurality of audio segments is a noise segment comprising a predetermined noise based on whether feature values satisfy a second feature requirement related to the predetermined noise; and determining a noise level of the audio based on an audio segment other than the speech segment and the noise segment among the plurality of audio segments.

Abstract: A method for volume adjustment, a device and a storage medium are provided. In the method, respective noise levels of a plurality of audio segments of audio are obtained from a first queue, to obtain a plurality of first noise levels, wherein the audio is captured in association with a device, and second noise levels determined based on the plurality of first noise levels are stored into a second queue. In response to the second noise levels stored in the second queue satisfying a predetermined condition, a third noise level of the audio is determined based on the second noise levels stored in the second queue, and based at least on the third noise level of the audio, a playback volume of the device is adjusted to a volume level matching the third noise level.