Abstract

In this paper, we propose a model for the transport system based on a Hierarchical Multi Agent System (HMAS). This model can be used in order to design a Decision Support System (DSS) to facilitate the work of the regulator by proposing him various regulation actions in every connection node (SARC2: Systeme d'Aidea la Regulation des Correspondances). An optimal organization of the connections is suggested, in normal or disturbed conditions, to avoid loss of time for the passengers. Our model includes a supervisor agent (interface), a connection agent (decision) for each connection node and an acquisition agent (perception) for each regulation station. In our research, we have used MultiAgent Systems (MAS) which adapt themselves perfectly to the distributed systems as in the urban transport networks.

Highlights

  • The exploitation of an urban transport network is more complex when the evolution of the means of transportation is strongly dependent on the con­ ditions of traffic

  • The regu­ lator is equipped with the Automatic Vehicle Moni­ toring system (AVM) which provides the data in real time of the network [1]

  • Our objective is the minimization of the wait­ ing times of the users of the urban transport net­ works in normal mode or in disturbed mode

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Summary

INTRODUCTION

The exploitation of an urban transport network is more complex when the evolution of the means of transportation is strongly dependent on the con­ ditions of traffic. The regu­ lator is equipped with the Automatic Vehicle Moni­ toring system (AVM) which provides the data in real time of the network [1]. In front of nu­ merous disturbances in the urban transport net­ works, the regulators find difficulties discovering the situations with problems (disturbances) and the relevant decisions to resolve these incidents. Our objective is the minimization of the wait­ ing times of the users of the urban transport net­ works in normal mode or in disturbed mode. The connection space is the place where the exchange of the passengers will be made. An optimal organization of the connections is necessary, in normal or disturbed conditions, to avoid loss of time for the passengers when they should move from a station to the other by changing means of transport

REPRESENTING OF A T RANSPORT SYSTEM
MODELING AGENTS
THE DECISION-MAKING BASED ON SIMULAT IO NS
CONCLUSION
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