Brain wave assisted sleep and wake-up system based on deep learning
A technology for assisting sleep and deep learning, applied in the field of intelligent sleep, can solve problems such as affecting sleep quality, and achieve the effect of improving sleep quality
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Embodiment 1
[0066] Example 1, see figure 1 with figure 2 , a brain wave assisted sleep and wake-up system based on deep learning, which includes a host computer and a brain wave acquisition module 1 installed on an eye mask 9, an audio decoding module 5, a bone conduction vibrator 8, an LED aperture 7, and an embedded system Board 2, Wifi module 6, lithium battery 3, USB charging module 4. Brain wave acquisition module 1, audio decoding module 5, bone conduction vibrator 8, LED aperture 7, Wifi module 6 are connected with embedded system board 2; embedded system board 2 transmits data to host computer through Wifi module 6, and host computer can For mobile phones, tablets, computers, etc., users can view the sleep state distribution through the host computer, so as to understand the quality of sleep; Lithium battery 3 is the brain wave acquisition module 1, audio decoding module 5, bone conduction oscillator 8, LED aperture 7, embedded system The board 2 and the Wifi module 6 supply po...
Embodiment 2
[0078] Embodiment 2, a brain wave-assisted sleep and wake-up method based on deep learning,
[0079] The steps to assist sleep are:
[0080] Enabling assisted sleep mode through the embedded system board;
[0081] Collect the user's brain wave signal through the brain wave acquisition module;
[0082] Receive the signal from the brain wave acquisition module through the embedded system board, and judge the sleep state;
[0083] When the user is in the WA period, the embedded system board reads the music data mixed with white noise from the SD card, and passes the music data to the audio decoding module, which decodes the music data and converts it into a The analog signal of the ability and transmit the data to the embedded system board, the embedded system board transmits the data to the bone conduction vibrator, and the bone conduction vibrator conducts the sound to the human auditory nerve, allowing the user to enter the NREM period;
[0084]When detecting that the user ...
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