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Research and Implementation of IOT Service Model Description Language

Author: JiangLinZuo
Tutor: JiYiMu
School: Nanjing University of Posts and Telecommunications
Course: Information network
Keywords: Internet of Things Business model Petri nets XML
CLC: TN929.5
Type: Master's thesis
Year: 2012
Downloads: 64
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Abstract


Currently, the Internet of Things IOT (Internet of Things, Internet of things ) the rise of another technological revolution after the Internet boom . Involved in business due to the broad range of applications of the Internet of Things , diversity , real-time and dynamic characteristics . Therefore , to determine a flexible business portfolio standard reasonably IOT business combination process modeling for improving business utilization and scalability of Things to meet the enormous needs of the business , has important research value . In this paper, the complexity of the business modeling combinational logic , analysis and comparison of understandability and description ability , selected modeling method based on Petri nets (Petri-Net, Petri net ) as a research focus . By abstracting common business of the Internet of Things , based on Petri nets improved EPN ( Extended Petri -Net , scalable Petri nets ) IOT business model , and the model 's routing structure compression equivalent transformation , derivation of a linear inference rules to prove the feasibility of the model . EPN model based on established , based on XML (Extensible Markup Language, Extensible Markup Language ) proposed an IOT business model description language EPNML ( Extended Petri -Net Model Language Petri nets scalable business model description language ) . Conjugates networking business characteristics of the language to make a reasonable extension to standardize the process control and logical structure clearly describe the business combination , in order to quickly generate new business to support a wider range of business applications . Finally, the Internet of Things business based on EPNML achieve application examples for the prototype system , EPNML verify that the language has a description of the ability to meet the needs of the business of the Internet of Things environment , its feasibility .

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