A sleep quality monitoring method for the elderly based on radio frequency tag technology

Abstract

The invention provides a method for monitoring the sleep quality of the elderly based on the radio frequency tag technology, which can simply and effectively monitor the sleeping conditions of the elderly. Different from many sleep quality monitoring methods that have been researched, this method is based on RFID technology, combined with existing positioning algorithms, and on this basis, improves positioning accuracy and effectively monitors sleep conditions.

Description

technical field [0001] The invention relates to a method for monitoring sleep quality of the elderly based on radio frequency tag technology, which belongs to the field of electronic information, in particular to the field of electronic positioning. Background technique [0002] At present, about 38% of people in the world have sleep problems and sleep disorders. Therefore, early sleep monitoring and research on sleep patterns are of great significance to the diagnosis and treatment of sleep-related diseases. The current sleep monitoring method mainly relies on EEG, EoG, EMG and ECG for monitoring. In hospitals, patients are also required to wear multiple sensors for a long time. There are problems such as psychological pressure, which seriously affect the sleep quality of patients, and cannot achieve the expected monitoring effect. In addition, the types of smart devices for sleep monitoring on the market are too single, their functions have certain limitations, and they l...

AI Technical Summary

Problems solved by technology

The current sleep monitoring method mainly relies on EEG, EoG, EMG and ECG for monitoring. In hospitals, patients are also required to wear multiple sensors for a long time. There are problems such as psychological pressure, which seriously affect the patient's sleep quality and cannot achieve the expected monitoring effect

In addition, the types of smart devices for sleep monitoring on the market are too single, their functions have certain limitations, and they lack humanized and intelligent designs, so they are difficult to be accepted by people.

For example, with the emergence of monitoring products such as smart pillows and smart mattresses, they are basically limited to the monitoring of sleep time, lack the integration of multiple functions, and cannot have more comprehensive data monitoring and analysis of various human body indicators of patients. Cannot meet the requirements of sleep quality testing

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