Standarization of business model for standard data modeling
DOI:
https://doi.org/10.21754/tecnia.v26i1.9Keywords:
stage study system, system analysis, Functional requirements, business model, functional diagramAbstract
This paper presents a new approach for determining the functional business model required for the data model of the future automated system. The scope of this new scheme covers the typical business that requires information systems for business decision making. Patterns of functional areas of any enterprise are analyzed, reaching present standard schemes for each. These patterns are displayed and properly supported. Information Systems for life undergo a series of adjustments via maintenance. These changes generate many costs in time and money. The strategy to avoid this situation is to build on standard business models, which can be customized according to parameters in particular. In order to find the standard business model there are four basic functions Macro universally must be present in all areas of business. These macro functions are presented and detailed. To reach this scheme shows that the service provided by all areas that form the company are type Service Products and therefore must comply holistically with the product life-cycle management (four stages of the cycle). The models are presented both graphically and analytically. They are determined iOn requirements, essential for the analysis stage of the Information Systems based on this standard model business.
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References
[1] Klaus P, Sikora E The Co-Development of System Requirements and Functional Architecture
[2] Boehm B W Software Engineering Economics Prentice-Hall: New Jersey
[3] James M Sistemas de información
[4] James A and Stoner F Administración 5 ed
[5] Pressman R Ingeniería de Software
[6] Larman C UML y patrones
[7] Spyns P, Meersman R and Mustafa J Data modelling versus Ontology engineering
[8] Bueno E, Salvador M P,Reyes A 2012 Environmental sustainabilty from a stakeholder ́s perspective. A empirical analysis of the Spanish Hotel Industry International Journal of Production Research
[9] Bueno E 2007 Organización de Empresas: Estructura, Procesos y Modelos Pirámide: Madrid.
[10] James M, James J Análisis y Diseño Orientado a Objetos Prentice Hall
[11] Hammer M, Champy J 1995 Reingeniería Norma: Colombia 7ed
[12] Chase R B, Aquilano N J and Jacobs R 2000 Administración de Producción y Operaciones. Manufactura y Servicios Mc. Graw Hill–Irwin: Colombia, 8va ed
[13] Bueno E Organización de empresas: estructura, procesos y modelos
[14] Barceló M, Sánchez Schmitz G, Soltero A 2006 La Web Semántica como apoyo a la Gestión del Conocimiento y al Modelado Organizacional Revista vol 12, Ingeniería Informática: México
[15] Reyes S and Chalmeta R 2007 Modelado del Conocimiento Empresarial
[16] Colette R, Souveyet C and Ben Achour C 1998 Guiding Goal Modeling Using Scenarios IEEE Transactions on Software Engineering 24(12)
[17] Buschmann F and et al 1996 SAP POSA (Pattern-Oriented Software Architecture)
[18] Buschmann F, Meunier R, Rohnert H, Sommerlad P and Stal M Pattern-Oriented Software Architecture: A System of Patterns vol 1Wiley:India
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