Research Of Automatic Generation Of User Interface On Smart Devices In The Internet Of Things

With the development of the technology of the Internet of things, the traditionalelectronic equipment are beginning to be transformed into informational and intelligenthardware, the emergence of new intelligent hardware are trending to be miniaturization andlow power consumption. Some traditional physical control terminals are usually with largepower consumption and unable to achieve miniaturization cause they have display screen andkeys. Therefore, more and more intelligent hardware trend to be controlled by using thevirtual user control interfaces which embed in some mobile platform like Android, IOS and soon. At present, in order to control the smart hardware with the mobile smart terminal, theusers have to install the corresponding App software. Kinds of smart hardware will lead toinstall too many Apps, the software development and maintenance cost is high for the smarthardware manufacturers. Therefore, a kind of general controlling solution of smart hardwareshould be put forward.This paper has studied the automatic generation technology of the control interface ofintelligent hardware and realized the automatic generation of user control interface for smarthardware. The mobile app which is implemented under the guide of the design of this papercan control ubiquitous smart devices.This paper puts forward two kinds of user control interface automatic generation solutiondepending to whether or not need network in the automatic generation process of user controlinterface. Related research content is as follows:1. Offline mode based on the user interface description language(UIDL) way of usercontrol interface automatic generation. In the scenario, this paper designed a user interfacedescription language which based on Android system and a data transmission format. On thisbasis, this paper put forward a user control interface automatic generation framework which isresponsible for control of automatic generation of the interface.2. Online way of web based user control interface automatic generation: in this scenario,this paper put forwards the design ideas and solutions about directing control the smartdevices via a web user interface and directly display smart devices’ status information atmobile terminal. Compared to the traditional way of controlling intelligent hardware throughweb page, in this solution the intelligent hardware does not need to interact with the webserver which not only save the data transmission link but also reduces the demand for the webserver’s resources.3. This paper implemented the above two kinds of user control interface automaticgeneration solution based on the Android system of mobile intelligent terminal. In order toverify the practical feasibility of the proposed solutions, this paper built a simulated controlsystem for smart home as the test object of intelligent device. This paper tested the two kindsof solution using the implemented user control interface automatic generation system andverified the feasibility of the above two kinds of user interface automatic generation solution.