Implementation And Research Of Smart Home In Mobile Client Based On IOS

With the rapid development of the4th generation communication system and mobile Internet, iOS platform played as the leader of a new generation of mobile operating system has been widely used in smart home industry. Looking at the current market there are a variety of smart home mobile client based on iOS, its functions and interface displays are similar. At this stage, the extensive use of the NAT device hinders the implementation of mobile client remote control smart home system. Meanwhile, most of the mobile client uses sub-interface progressive layers two-dimensional UI form to display, with the increase in functional interface not only failed to bring convenience to the user to operate, but easy misuse because of confusion, which affects the accuracy and stability of the control system.In this paper, the smart home system that preliminary laboratory research and development team developed is goal, through the development of "intellectual nest" application based on iOS platform, not only the home of all local control for home equipment achieved, but also realized the remote control of home devices in WiFi or4G network mode. By this manner, we can query and change the status of the home network device through the mobile terminal. At the same time, the naked eye3D display technology is used in the design and implementation of iOS mobile client user interface in this project, which bring a better user experience and realistic, comfortable visual display to intelligent home systems. The main research contents and innovations are as follows: (1) Complete the design and implementation of intelligent home-based mobile client based on iOS. Using iOS CoreData technology designed the local database, realizing the access to data and storage. Through the introduction of TCP holes technology to achieve traversing NAT devices, enabling remote control.(2) Researched and completed the autostereoscopic displaying on iPad. In consideration of iPad’s limited hardware capabilities, the thesis introduced a3D image synthesizing method based on parallel processing and implemented it with OpenGL ES Application Programming Interface (API) library on IOS platforms for real-time autostereoscopic displaying.