ResumenLa investigación tuvo como objetivo diseñar un modelo bioeconómico en el cultivo de langostino que permita a los técnicos y directivos tomar decisiones y ser más competitivo; para establecer el diseño se procedió a establecer la arquitectura del modelo de simulación bioeconómico de acuerdo al requerimiento de las empresas langostineras, para cumplir con este objetivo se procedió a desarrollar y organizar el modelo de simulación Bioeconómica, para ello se realizaron pruebas y ensayos del modelo de simulación Bioeconómica el cual permita determinar los posibles errores que se hallan originado en la fase de desarrollo y organización, al final se procede a implementar las puesta en vivo del modelo de simulación Bioeconómica, para poder establecer el modelo bioeconómico se comenzó con seleccionar una arquitectura tecnológica conceptual, diseñar un modelo biológico del cultivo de langostino, se diseñó un modelo tecnológico, diseñar un modelo económico y posteriormente se diseñó los reportes gerenciales y los cubos OLAP. Se inició con el modelamiento AS-IS y TO-BE, se estableció los requerimientos funcionales y no funcionales, se determinó el patrón arquitectónico que más se adecua, el modelo biológico y el modelo económico y de gestión, se consolido los distintos sub modelos que intervienen en el ciclo productivo. AbstractThe objective of the research was to design a bioeconomic model in shrimp farming that allows technicians and managers to make decisions and become more competitive; to establish the design proceeded to establish the architecture of the bioeconomic simulation model according to the requirement of the shrimp companies, to meet this objective, proceeded to develop and organize the bioeconomic simulation model, for which tests and tests were performed on the model of bioeconomic simulation which allows to determine the possible errors that are originated in the development and organization phase, in the end we proceed to implement the live implementation of the bioeconomic simulation model, in order to establish the bioeconomic model we began with selecting an architecture technological conceptual, design a biological model of shrimp farming, a technological model was designed, design an economic model and then the management reports and OLAP cubes were designed. It began with the AS-IS and TO-BE modeling, the functional and non-functional requirements were established, the most appropriate architectural pattern was determined, the biological model and the economic and management model, the different sub-models were consolidated. they intervene in the productive cycle.
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