Carlos Zapata

Transformación de requisitos representados en esquemas preconceptuales a modelos de interacción de sistemas holónicos

Holonic manufacturing systems search for improvement of the organizational productivity and elucidation of the requirements by means of strategy planning in order to reach production goals. Some architectural designs have been proposed to determine the behavior and structure of a holon. Various authors examine the development of these systems and the appropriate implementation in organizations, as suggested by the ANEMONA methodology. However, the requirements elicitation for holonic systems is a long process, whose drawbacks are found on representing and identifying holons. Pre-conceptual schemas (PS) are useful requirement elicitation tools, because they have computational tractability and they can be easily understood. In this paper we propose the representation of requirements for holons systems in PS and the formulation of conversion rules for generating the ANEMONA-based interaction model from EP. This approach is intended to improve the analysis of holonic systems in a particular domain, providing