The purpose of this paper is to develop a conceptual model of multiagent system composed of a set of BDI agents based on role modeling and modal logic of interaction. Agents perform actions taking roles within a scenario that obeys a plan conformed for a set of goals and establishes relations between the participants. These plans and relations define interactions between agents. All interaction...

The article presents the results of assessing functional state autonomic nervous system in patients with circulatory disorders vertebrobasilar system. It has been established that addition neuro-reflex diagnostic methods (dynamic segmental diagnostics and manual examination) improves assessment sympathetic allows monitoring effectiveness etiopathogenetic therapy. application reflexotherapy biod...

In this work we present a methodological framework to engineer graded BDI agent-based systems. The graded BDI agent model allows to specify an agent?s architecture able to deal with the environment uncertainty and with graded mental attitudes. We work up previous approaches on software engineering process, adapting and extending them, in order to develop agents with a more complex internal arch...

This paper describes an integration framework that allows development of simulations where the cognitive reasoning and decision making is programmed and executed within an existing BDI (Belief, Desire, Intention) system, and the simulation is played out in an existing ABM (Agent Based Modelling) system. The framework has a generic layer which manages communication and synchronisation, a system ...

Using Constraint Logic Programming and a data model approach, we provide an agent with a flexible way to plan and direct its actions and to manipulate and represent its knowledge. We use constraint solving techniques developed in the KRAFT project to provide the agent with a sophisticated reasoning and deliberation process. We explore the declarative use of constraints within a BDI Agent framew...

A major challenge in ecotoxicology lies in generating data under experimental conditions that are relevant to understanding contaminant effects in nature. Biodynamic modeling combines species-specific physiological traits to make predictions of metal bioaccumulation that fare well when tested in the field. We generated biodynamic models for seven predatory stonefly (Plecoptera) species represen...