Multi-screen Real-time Interaction Control System Based On Smart Mobile Devices

With the development and fusion of Internet of Things and Mobile Internet, many traditional non-handheld devices, for example, TVs, electronic education equipment with huge display screens and advertising machines, have been designed into smart devices or is being design to be smart devices. Most of these devices run the same Android OS as phones and pads. But the trouble is, most of these traditional devices are physically limited like being to huge or are set on high place, it’s very hard for users to control them. What’s more? As the function of traditional controllers is too little, it’s hard to satisfy the need of users to control these smart devices, the worse thing is that they can’t meet the requirements that the need of sensors in Internet of Things and interact with other devices. For mouse and keyboard, they are not suite to be used in many scenes like living room and in electron teaching, and they are hard for the aged to use. For these reasons, the usage of these new smart devices is much worse than phones and pads, and makes the benefits of Internet of Things and Mobile Internet unable to be present.To solve the interaction problems of these non-handheld devices that running Android OS such as TVs, and makes these non-handheld devices easier to interact with the handheld devices, this article propose the interaction system between smart devices that base on net. The core of this system to define a set of optimized protocol between smart devices. The main work is as follows:Design and implement the dynamic sync virtual desktop, and make the remote control dynamic expandable.Optimize the interaction protocol between devices and the cost in control the system remotely, and makes the remote control operation in handheld device easy and smooth.Design and implement the transfer protocol of voice command between devices, and make voice control available by recognizing the voice commands on handheld device and send it to the non-handheld device.This article will detailedly describe the concrete process of how to finish the jobs mentioned above, and will detailedly describe the requirements analysis of the system, outline design, detailed design, deployment and implement in software engineering way.