A granular conceptual model to define requirements for evaluating the functional completeness of a pharmacy information system

Huayllani W.J.; Rojas H. · ACM International Conference Proceeding Series (2020) · DOI: 10.1145/3425329.3425344

Resumen

Due to the fact that the existing quality models fail to define the methodologies, tools and techniques used to meet the software product standards, a concern arises to provide and integrate empirically validated models in the software industry. Functional completeness is a quality attribute that is part of the ISO / IEC 25010 standard and represents the degree to which the set of functionalities delivered covers all the tasks and objectives requested by the user. For this reason, a conceptual model is presented to define functional requirements that provide a framework to clarify the sequence of events that are part of a requirement. The model is composed of the tasks: input data capture within the system limit, input data capture outside the system limit, restrictions according to the business model, information processing, and information output. Likewise, the model has obtained preliminary results to be applied in the development of Pharmacy software for a state entity. The results show that the definition of requirements using the proposed model generates a closer description of the sequence of interaction events between the system and its environment applied to the description of a functional requirement.

Instituciones: Universidad Nacional Micaela Bastidas de Apurímac