Simulation For Vessel Flow With Technologies Of MAS

A Vessel traffic problem is important problem all over the world, it is seriously influencing the society. The increasing of marine traffic quantity has brought forward a higher request on marine control. The traditional vessels flow simulation based on ship's environment of composing and precise mathematics models is complex and the effects of their application always not reach the expectation, so developing a new emulation model is necessary.Multi-agent technology is a hotspot in the artificial intelligent field. One agent controls its object initiatively and autonomy. There is a cooperation which can improve the intelligence of the whole system between two agents. At first, this paper introduced maritime traffic of trait and used the agent theory and the concept of the Multi-Agent System (MAS), and expounded the architecture of the ship's motion of emulation model based on multi-agent and the functions of modules inside agent. A brief analysis of the cooperation among every ship's agents was presented. Finally, this model is simulated and analyzed using technology of MAS and language of Java.This paper adopt JAVA language based system frame and Agent oriented technology to realize the model. This method can not only guarantee the communication feature of Agents and also provide better coordinate mechanism. And this system frame does not depend on any centralized concept and can realize reusable, high fault tolerant, autonomous and flexible Multi-agent system.Therefore, this thesis discusses a new intelligent approach to construct vessel flow model, and use as a importation tool to analyze, understand and master the features and rules of transpiration, and analyze the feasibility of the model's application.