The Exhibit Hall Design Of Small And Medium Sized Robot Enterprises Based On The IoT Techniques

Today people do not have to travel around and still can know what are happening in the world. With the development of the IoT techniques, it has been widely applied in the management of logistics, medical care, security monitor and intelligent transportation, due to its sensing, delivering and calculating abilities.The exhibit hall as a window to provide knowledge, education and appreciation of culture, is always received the public's attention and its importance is always attached by the enterprises either. Because of that, the exhibit hall should adopt the easy way to improve the spiritual experience of the public and enhance the carrying ability.According to the industry characteristics and scale feature, the thesis, based on the analysis of the design of Smart exhibit hall, develop a smart exhibit hall prototype based on the IoT key techniques. Taking a company as an example, a smart exhibit hall is constructed, combining with the demand of enterprise.In the process of the construction of the system, the overall design of the functional modules and technical scheme, aiming to demand of the smart exhibit hall is carried on firstly. And then, the specified design of a certain type of exhibit hall is carried on, containing the selection, design and installation of the equipments. After the design of modules, the experiment of the single module and multiple modules is carried on. After the above steps, the optimistic analysis, according to the actual demand of exhibit hall, and comprehensive experiments of the entire system is made. Due to the modular design idea, the expansibility of the system is enhances obviously and the flexibly is also improved.The major work in the paper is as follows:(1)The research for the small and middle sized robot toy enterprise is carried on. The overall smart exhibit hall design scheme is constructed, according to the key technology of Internet of Things.(2)The application scheme of a specified enterprise is designed.(3)The hardware scheme is completed, including a RFID reader (the core is MFRC500), a unit module of indoor environment information collection, based on the ATmega168and its peripheral sensors,users interaction system modual is constructed based on Atmega32and external sensors and a WSN platform based on JN5139hardware platform.(4)The exhibit design of the host computer and queue rule of video playing is completed.(5)The single and multiple experiments is made, of which common and special problem is also analyzed and optimized.