Modelagem a nível organizacional de agentes em um jogo do tipo RPG: estudo da complexidade de seus personagens e de suas funcionalidades.

Abstract

Currently, there is a growth in Artificial Intelligence (AI) research that seeks an effective way of understanding and applying intelligent techniques to solve complex problems in different fields of knowledge, such as ecological, economic, and social systems. In this context, Multiagent Systems (MAS), as an example of distributed AI, are presented as an appropriate and viable method in searching for solutions for modeling systems and simulations based on human interactions. In these simulations, the agents have interaction and communication rules so that the environment is appropriately organized and each agent plays its role. The application of MAS in modeling and simulation in the management of natural resources has been studied for some years with published research and satisfactory results. The area of natural resources, especially the water resource in the context of hydrographic basins, presents numerous conflicts related to the distribution and sharing of the resource, and its management becomes indispensable in the search for solutions for this scenario. In this context, this Thesis presents as its primary objective the modeling of agents at an organizational level to study the complexity and features of characters in an RPG-type game. As a case study, the Gorim RPG Game was developed in the Lagoa Mirim and Canal São Gonçalo watershed scenario. The modeling of this organization is carried out in the MOISE+ tool and implementation for its validation in the JaCaMo platform through hypothetical scenarios. Thus, from four hypothetical scenarios created for the interaction of the organization’s agents Ð contemplating the groups of Regulators, Supervisors, Producers, and also the Fee (allowed to all groups) Ð it was found that with the in the proposed modeling, agents can form the specified schema groups and correctly pursue the modeled objectives and missions. In this way, the scenarios validate the structural, functional, and deontic/normative levels of the Gorim RPG Game.