Livable environment system based on artificial intelligence and application method of livable environment system

Abstract

A livable environment system based on artificial intelligence comprises collection modules, a temperature control module and a processing module. The collection modules comprise the temperature collection module, the wind speed collection module, the humidity collection module and the video collection module. The temperature control module is used for adjusting the temperature and the output windspeed according to the calculation result of the processing module. Compared with the prior art, the livable environment system has the beneficial effects that the optimum PMV value is obtained through clustering training, the temperature control module can control the temperature more accurately, and the temperature is suitable for human bodies; the current temperature and wind speed suitable forthe human bodies are calculated through the cuckoo algorithm, the number of iterations is small, convergence is rapid, and the current temperature and wind speed suitable for the human bodies can becalculated and obtained more rapidly and accurately; and each frame in video is collected and analyzed, clothes recognition and posture recognition are carried out through a machine learning method, and the current human body clothes condition and motion state are obtained accurately.

Description

technical field [0001] The invention relates to the field of smart home, in particular to an artificial intelligence-based livable environment system. Background technique [0002] Modern humans spend approximately 80%-90% of their time indoors. Therefore, the indoor environment greatly affects people's health and comfort. A good indoor environment not only makes people enjoy physically, but also makes people feel happy psychologically. While satisfying the physiology and psychology, it can also increase the social and economic benefits and improve the competitiveness of the individual, the collective and the country. Most importantly, according to the scientific parameter ratio, it can reduce the pressure on the environment while meeting the physiological and psychological needs. [0003] But everyone's comfort level is different. The traditional temperature controller only collects the indoor temperature to change the setting temperature and wind speed of the air condit...

AI Technical Summary

Problems solved by technology

[0003] But everyone's comfort level is different. The traditional temperature controller only collects the indoor temperature to change the setting temperature and wind speed of the air conditioner. It cannot adjust the temperature and wind speed of the air conditioner according to the PMV value suitable for the human body (which may change at any time). It is not enough intelligent

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