Implement fuzzy logic control and intelligent home systems

• Main Authors: Ting, Yung-Yu, 丁元昱
• Other Authors: Chen, Rung-Ching
• Format: Others
• Language: zh-TW
• Published: 2017
• Online Access: http://ndltd.ncl.edu.tw/handle/sr96rj

碩士 === 朝陽科技大學 === 資訊管理系 === 105 === In Taiwan, due to the economic level of progress, making the national average GDP increased and high level of education. , Modern life is busy, but the quality of life requirements for more and more demanding. Due to the computer hardware technology and network speed technology advances, making the cost of the chip more and more become cheap which help to promote the development of the Internet of things. Life and living quality of the upgrade, making smart appliances has become very important in recent years and become the popular research topics. Smart home appliances are not only to avoid the waste of electricity, but also for environmental differences to make judgments and make the implementation of home appliances control actions. This study will use raspberry factions and Bluetooth smart sockets to implement smart home systems. Using fuzzy logic for environmental sensing information makes intelligent home appliance system by switch control to determine the switch for the smart home appliances system. The system collects environmental variable data. According to the indoor environment variables, the system will use fuzzy logic rules to reason the indoor environment variables to control a variety of home appliances switch. The collected environmental variable data are used to automatically open the electronic products to achieve the goal of smart home appliances. Preliminary experiments show that the system can be used to home environment information collection, cloud analysis, intelligent switch control and mobile phone control home devices. The system can help complete the initial functions of home intelligence. Keywords: Raspberry Pi、Fuzzy Rule、Smart Home、Bluetooth、Internet of Thing