Establishment of Smart Living Environment Control System

Abstract

The development of technologies such as the Internet of Things (IoT) and cloud computing has greatly improved the living environment. The Building Research Institute of the Ministry of the Interior of Taiwan also utilizes smart building data to improve the intelligence and humanity of buildings and meet the needs of modern people in the smart-life era. The greenhouse effect, extreme weather, and smog make people more susceptible to weather conditions. To satisfy the health/comfort specifications required for buildings in Taiwan to be awarded smart building marks, technologies such as IoT, AI, and big data are imported to meet people's needs for a comfortable indoor living space. A temperature and humidity sensor, air quality sensor, and gas sensor are used to obtain the indoor physical environment index. An environmental control system for a smart household is established through Arduino in this study to provide a low-cost and highly smart environmental monitoring and sensing system. A micro-algorithm mechanism is used to start adjustable devices, and mobile phone interface apps are utilized to convey the environmental conditions in real time and regulate the operation of household appliances so as to improve the comfort of the indoor space and provide a comfortable and protective environment for work and living.

Indoor Air Quality Monitoring Systems Based on Internet of Things: A Systematic Review

“…However, 14 studies (35%) used MQ series sensors (MQ135, MQ6, MQ4, MQ7, MQ9, MQ5, MQ2, MQ3) for measuring gaseous pollutants. Furthermore, 25% of the studies [ 61 , 63 , 68 , 70 , 78 , 79 , 81 , 82 , 86 , 90 ] used the MQ135 multi-gas sensor. The primary disadvantage of MQ series sensors is that they require field calibration.…”

Smart Earthquake Disaster Prevention System

“…Regardless of the size of the program, the language makes the structure clear and understandable. (15) Python is a multifunctional programming language and completely supports object-oriented program designs and structuralized programs. Python is a completely objectoriented language, and functions, modules, numerical values, and strings are all objects.…”

Development of Smart Residential Environment Control System

“…(17)(18)(19)(20) Information on particulates in building environments facilitates improvements in energy conservation, thermal comfort, and air quality within buildings. (21)(22)(23) To allow better understanding of the quality of the thermal environment in the living space, as well as occupants' perception of IEQ, through which health and productivity can be enhanced, equipment such as thermostats, smart meters, CO 2 sensors, and heart rate sensors (24)(25)(26) can be used. In addition, analyzing building occupants' behavioral patterns by using sensors is conducive to energy conservation.…”

“…An environmental control system for a smart household has been established through Arduino in that study to provide a low-cost and highly smart environmental monitoring and sensing system. (23)…”