The Architecture of IOT Smart Service System of Ocean Fishing Vessel and its Application Based on Petri Net

Abstract

Founded on the requirements of ocean fishing vessel and its operating system, this paper discusses and structures the architecture model of open service components based on a new-type IOT (Internet of Things). Then, this paper disserts the dynamic representation method of service components relationship in the system based on the Petri net. Under the effect of this method, the users overall acquisition capability of the service component base has been enhanced, which contributes to discover the conflict and redundancy of solving among the service components and provide an intuitive illustration mechanism for the combination configuration of service components. The intelligence of the system and the advantage of SOA are evaluated as well. Meanwhile, the reliability of the method is proved by means of the experimental simulation in this paper.

Internet of Things in Industry 4.0 Case Study : Fluid Distribution Monitoring System

“…Various environmental fields are concerned to be extremely supervised such as the fluid distribution monitoring [15], Dam monitoring [16], ocean monitoring [17] and so on. In [17], authors highlight a System of IoT based on Smart services (SIS) for Ocean Fishing Vessel Industry to share and explore services in order to create a new business model based on smart information strategy.…”