Modeling and simulation of agent-oriented networks of internet of things

The concept of the Internet of objects of the world is that these interconnected objects collect and analyze information on a regular basis and use it to begin action, plan, manage, and decide. Internet of things is a new evolution of the Internet, they offer more objects and they create their intelligence by creating or empowering decisions about the reality that information communication can have together and they have access to information that is aggregated by other objects or they introduce the components of complex services. The complexity of our industrial and economic software systems requires system modeling techniques to support reliable and expandable design. Therefore the purpose of this paper is to model and simulate object oriented Internet networks. In this paper, the G-net model is a kind of Petri net, and is used to support system modeling based on a set of independent modules with low interdependence. We have modified the base G-net model to define a so-called operating-oriented G-net. This model is considered as a general model for the design of the operating system.