Design and Implementation of a Smart Home System with Multi-Monitoring

• Main Authors: YEN, LI-PEI, 顏麗佩
• Other Authors: LIU, SHIH-MIM
• Format: Others
• Language: zh-TW
• Published: 2018
• Online Access: http://ndltd.ncl.edu.tw/handle/x44uak

碩士 === 國立聯合大學 === 電機工程學系碩士班 === 106 === The security and digitization of the home system has been one of the trends of integration of current technology, and the “integration of intelligent control” is its core technology. Based on the home computer, this thesis proposes a smart home system structure, which integrates ZigBee, communication network, parallel image compression technique, digital cameras, and various sensors for home environment. The smart home system is equipped with multi-point surveillance, lighting control and sensors of temperature, humidity, UV index, gas or smoke concentration, vibration and infrared anti-theft detections etc. The system employs ZigBee with various sensors to form a sensing network of the smart home environment; uses camera parameters setting to decide the image size; applies the parallel image compression technique to enhance the compression speed and reduce the quantity of transmission data, hence improve the motion picture fluency; and finally adopts the communication network technology to achieve the purpose of multi-point monitoring. This thesis also provides a user interface platform of smart home monitoring and control system. The platform has the following features: (1) a simple graphical user interface, and friendly way of operations, (2) real-time image and home environment monitoring, (3) motion picture playback, and (4) remotely monitoring. In summary, the system is intelligent, interconnected, and perceptual to make the smart home system more perfect.