Addressing Argumentation Puzzles with Model-based Diagnosis

To apply the CF approach to the a multi-agent system with CBR system nine agents are required: four monitoring and evaluation agents, each one responsible for one knowl- edge

The modeling of early requirements of the Mastem was done by generating the mo- dels of Strategic Dependency (SD) and Strategic Rationale (SR) defined by framework i* [1]. In

The Clock Agent state machine pattern, as depicted in Figure 7, is the Clock Agent behaviour modeled according to two possible states: the InitState, where it sends the time

The majority of the described elements of the expert system were taken under con- sideration while designing the agent system. The expert system plays a role of an

Bound on the number of loop iterations The second important change in the semantics was required for modelling the symbolic execution.. In that context, we have to limit a priori

Note that besides the general framework of mathematical kinetic theories, few results from the kinetic theory of gases can be adapted to other contexts because the details of

VEN Virtual Enterprise Node Information’s flow Material’s flow Information’s flow Information’s flow Material’s flow Material’s flow Downstream Tier j-1 Tier j Upstream Tier

For that reason we propose in this article a multi-level model for multi-agent simulations (SIMLAB stands for SIMLAB Is Multi-Level Agent Based) in which various level agents