0000000000541974

AUTHOR

Damiano Distante

0000-0002-8467-535x

showing 2 related works from this author

Requirements elicitation methods based on interviews in comparison: A family of experiments

2020

Abstract Context There are several methods to elicit requirements through interviews between an end-user and a team of software developers. The choice of the best method in this context is usually on subjective developers’ preferences instead of objective reasons. There is a lack of empirical evaluations of methods to elicit requirements that help developers to choose the most suitable one. Objective This paper designs and conducts a family of experiments to compare three methods to elicit requirements: Unstructured Interviews, where there is no specific protocol or artifacts; Joint Application Design (JAD), where each member of the development team has a specific role; Paper Prototyping, w…

Process managementComputer sciencebusiness.industrySoftware requirements specification020207 software engineeringFunctional requirement02 engineering and technologyRequirements elicitationFamily of experimentsPoor qualityComputer Science ApplicationsSoftware0202 electrical engineering electronic engineering information engineering020201 artificial intelligence & image processingbusinessJoint application designSoftwareInformation SystemsPaper prototypingInformation and Software Technology
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A family of experiments to generate graphical user interfaces from BPMN models with stereotypes

2021

Abstract Context: A significant gap separates Business Process Model and Notation (BPMN) models representing processes from the design of Graphical User Interfaces (GUIs). Objective: This paper reports on a family of experiments to validate a method to automatically generate GUIs from BPMN models using stereotypes complemented with UML class primitives, and transformation rules. Method: We conducted two replications (23 and 31 subjects respectively) in which we compared two methods to generate GUIs from BPMN models; one automatic (using Stereotyped BPMN models) and one manual (using Non-stereotyped BPMN models). The study focuses on comparing effort, accuracy, and satisfaction (in terms of …

Class (computer programming)business.industryProgramming languageProcess (engineering)Computer science05 social sciencesContrast (statistics)020207 software engineeringContext (language use)Usability02 engineering and technologycomputer.software_genreBusiness Process Model and NotationUnified Modeling LanguageHardware and Architecture0502 economics and business0202 electrical engineering electronic engineering information engineeringbusinesscomputer050203 business & managementSoftwareInformation SystemsGraphical user interfacecomputer.programming_languageJournal of Systems and Software
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