Resumen

JOBCZYK, Krystian; GAłCZYńSKI, Patryk  y  LIGęZA, Antoni. A Fuzzy Multi-Agent Problem: A General Depiction and its Logic Programming-based Application. Comp. y Sist. [online]. 2020, vol.24, n.2, pp.453-467.  Epub 04-Oct-2021. ISSN 2007-9737.  https://doi.org/10.13053/cys-24-2-3371.

A Multi-Agent Problem (MAP) may be seen as a class of planning and scheduling problems with multiple interacting intelligent agants. These problems may be naturally expressible and solveable by means of solvers of such programming languages as PROLOG. MAP is sometimes fuzzified because of a vagueness of information, for example – about abilities and preferences of interacting agents. Simoultaneously, MAP naturally stems from different variants of Constraints Satisfaction Problems (CSP). This property should be preserved in each fuzzy extension of this problem. According to these requirements and expectations a Fuzzy Multi-Agent Problem (FMAP) as referred to CSP and its PROLOG-based solutions are considered in the paper. Finally, a brief discussion of the achieved solutions is also carried out. An effectiveness of this PROLOG-based approach exploits a multi-valency-based approximation of fuzziness in programming contexts.

Palabras llave : Multi-agent problem; fuzzy multi-agent problem; logic programming; PROLOG; simple temporal problem under uncertainty.

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