Research On Multi - Screen Interactive System Based On Android Platform

With the advancement of technology, the IT industries have continued to emerge many new technologies in recent years. These new technologies contest and dizzying. The most popular topic in the field of mobile terminal is Google’s Android system. The rise of the Android system has brought a new revolution to the field of mobile terminal, including the change of smartphone operating system and the emergence of the Tablet PC. At the same time, TV industry has also appeared a lot of new concepts and new technologies, such as the naked eye’3D TV’,’cloud TV ".’multi-screen interactive’technologies. They have applied on the smart TV, so that the traditional TV industry glow a new lease of life. Especially, the multi-screen interactive technology, has combined smart terminal screen of the TV screen smartphone, PAD revolutionarily, and opened a new era of’thin client+cloud background’named ’Pan-TV*era. With the explosive growth of the intelligent terminal (including smart phones and tablet PCs) and the gradual integration of terminal screen, intelligent terminal is evolving personal and family entertainment centers.In the context of the rapid development of triple play and smart phone operating system, the research of multi-screen interactive technology becomes a hot research in the field of family intelligent terminal. There are many TV manufacturers have researched multi-screen interactive technology and proposed many solutions. These solutions can be broadly divided into the mode of end-to-end mode and end to the cloud to the end of the two categories. The mode of the end cloud to end depends on the cloud platform, which will cost a lot of money, so it is more difficult to implement. The end-to-end mode is relatively easy to implement, but the limit of the user is also more.This paper considers the characteristics of the two modes, and adopts the end-to-end mode, and explores approach the implementation of multi-screen interactive system on the Android platform. Besides, this paper looks into the future development of the multi-screen interactive technology on this basis. The implementation process is divided into three parts of system design, code implementation, efficacy testing. The design of the system is divided into several modules:1. The design goal of the system 2. The design of system communication protocol3. The design of the system architecture and server-side4. The design of multi-application remote control barriers and programThis paper adopts a simple and efficient way to achieve the design goals, and carries out the test effectively in the code implementation and effects test parts. The final effect is satisfactory.