Sleep detection method and device based on operation feedback and portable terminal thereof

Abstract

The invention provides a method and device and a portable terminal, and the method comprises the steps of collecting the attributes of user disgusted audios in a random play mode, and selecting non-noisy audios disgusted by a user according to the attributes of the user disgusted audios; under the condition that the manual operation input of the user is not detected for a long time in a rest timeperiod, playing the disgusting non-noisy audio of the user to detect whether the user performs manual switching or not so as to distinguish whether the user falls asleep or not, and no extra hardwareneeds to be added.

Description

technical field [0001] The invention relates to human-computer interaction technology, in particular to a method and device based on user operation feedback and a portable terminal thereof. Background technique [0002] At this stage, a large number of music players have appeared. They can intelligently guess the music that the user may like based on the music that the user collects and like, and then recommend music to the user that is likely to be accepted by the user in the heartbeat mode, and NetEase Music Cloud The popularity of music software shows that it is very successful to collect users' hobby portraits through a large amount of data, and then select suitable audio to push through their hobby portraits; [0003] Moreover, many young people also have the habit of listening to music with earphones to sleep, but the long-term music playback caused by not turning off the music after falling asleep may cause damage to the user's ears; Although the music is turned off ...

AI Technical Summary

Problems solved by technology

[0003] Moreover, many young people also have the habit of listening to music with earphones to sleep, but the long-term music playback caused by not turning off the music after falling asleep may cause damage to the user's ears; Although the music is turned off at the set time, the user has not fallen asleep, or the time set by the user is too redundant, resulting in the music playing for a long time even after the user falls asleep;

[0004] Other smarter solutions use the smart watch worn by the user to monitor the change of the user's heart rate (usually the heart rate will drop by 10% to 20% after falling asleep) to determine whether the user is asleep, and additional hardware is required and cost;

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