智能家居中的盆景控制系统设计
[Abstract]:With the rapid development of Chinese economy, more and more people begin to pursue better home environment and higher quality of life. Smart home is a new concept in recent years. It combines automatic control technology, computer technology and wireless sensor network technology. At present, the smart home industry is in the initial stage of development, the future development space is very broad. The smart home system is to connect all kinds of information-related communication devices, household appliances and home security devices in the home through the home bus technology to carry out effective control and information exchange, while connecting the home network to the Internet. The remote control system is used to realize the remote control of the home. With more and more enterprises entering the field of smart home, the technology of smart home system is becoming more and more mature, and many smart home products have entered the market and applied in more and more homes. This paper first describes the history and development of smart home at home and abroad, analyzes the problems existing in the smart home industry, such as: smart home system technology standards are not uniform, Each manufacturer develops the smart home products which belong to the company according to their own related technical ability, which leads to the different manufacturers' products can not achieve an effective docking, resulting in poor user experience; Smart home products expensive, stability is not strong, the overall cost-performance ratio is low. In view of the above problems, this paper designs a bonsai control system in smart home. The system adopts Arduino single chip computer as the main controller, combines the plant layer and animal layer of bonsai organically, and realizes the remote monitoring through the music networking platform. The system has two working modes, manual mode and automatic mode. The automatic mode has four functions of increasing oxygen, pouring water, controlling temperature and replenishing light, so that the oxygen content, temperature, humidity and light intensity in the bonsai can be maintained in a suitable range. Manual mode can control the system by hand gesture to perform watering, turning on and off lights, and so on, and experience the fun of man-machine interaction. In the design of remote monitoring function, several commonly used short-range wireless communication technologies are analyzed and compared, and Wi-Fi is chosen to realize LAN communication. Then the data is analyzed and processed with the help of the music networking cloud platform. After binding the microsignal to the corresponding music networking account, the status of the bonsai can be viewed in real time through the mobile phone, and the remote monitoring function can be realized. After the bonsai control system is designed, the feasibility and reliability of the system are verified.
【学位授予单位】:南京师范大学
【学位级别】:硕士
【学位授予年份】:2017
【分类号】:TU855;TP273
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