A Used In The Model Of Human And Asset Management Of Things

Because of limited resources and energy, many companies give their own IT business to professional IT outsourcing company to carry out all aspects of maintenance, allowing themselves gain more efficient and more professional IT business services with a low cost. But the IT outsourcing company, who serves numbers of custom companies, are very difficult to know or check all the assets of its customs'. Also, its traditional business model could not effectively and accurately record the maintenance operation history of a certain hardware.On the other hand, human resources management became another problem. Engineers' onsite service is a popular way in IT outsourcing service, in this way, we have to know the exact or at least approximate distribution and status of assigned human resources, which is very important to check on their attendance and scheduling.After development of several years, RFID technology has been widely used in different industry such as storage,logistics. International research and study work on "Internet of Things based on RFID" is in a great progress, a global Internet of Things is even expected to be built. China has also invested in this area a great deal of manpower and resources to keep pace with world advanced level.In this essay, we proposed a Internet of Things model based on RFID, and yet also have innovations and breakthrough compared with the common model used in storage or logistics in order to meet the demands of our environment. This model consists of many hardware and software, and is divided into perception laye,network layer and application layer, contains EPC code, Agent technology, savant system, ONS(Object Naming Service), EPC-IS(EPC-Information Service), PML(Physical Markup Language) and so on. The essay describes each layer in different sections. The software design combines the SaaS(software as a Service) conception, and can be expanded to serve many IT outsourcing companies. And also, at the last part of this essay, we selectively introduce some design and technology that applied in the actual project, which gives a practical support and solves the gap between the model and practice.