Publication | Closed Access
A METAMODEL FOR MODELING COLLABORATIVE SYSTEMS
54
Citations
27
References
2016
Year
Software MaintenanceEngineeringBusiness IntelligenceProject ManagementSoftware EngineeringCollaborative SystemsSoftware RequirementSoftware System RequirementsManagementSystems EngineeringCollaborative ComputingRequirement EngineeringSoftware Development ProcessDesignInformation ManagementSoftware VisualizationSoftware DesignTraces RequirementsCollaborative ModelingDistributed CollaborationVisualization ModelsRequirement Management
This paper explores categorizing and visualizing changing software system requirements through self-organizing neural maps. We present a field study that explores resulting visualizations and traces requirements through three project phases. The visualization models were applied to an ongoing e-commerce project where evolving business models and changing plans forced a requirements team to continually assess impacts of change. Analysts labeled requirements within twenty-seven input dimensions. Self-organizing maps (SOM) were then generated to cluster requirements and to present visual models of change. SOM enhanced organization and traceability of business issues, use-case documents, and project concerns.
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