Generic Formulation of the Requirements Selection Problem |
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GUIDELINES FOR USE SERIOUS GAMES IN SOFTWARE ENGINEERING TEACHING |
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Use of a conversational entity to reinforce learning |
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Machine learning and software defect prediction |
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Aprendizaje automático y predicción de defectos en el software |
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Expansión cuantitativa del método MoSCoW para la priorización de requisitos |
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Quantitative expansion of the MoSCoW method for requirement prioritization |
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Development of knowledge-based systems which use Bayesian networks |
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Impact of CK metrics on refactoring |
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Impacto de las métricas CK en la refactorización |
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Analysis and prediction of power demand of a greenhouse in southeastern of Spain |
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Flujo de trabajo para la experimentación colaborativa en Ingeniería del Software guiada por búsqueda |
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Workflow for collaborative experimentation in search-based software engineering |
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Workflow for collaborative experimentation in search-based software engineering |
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Dos estrategias de búsqueda anytime basadas en programación lineal entera para resolver el problema de selección de requisitos |
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Two anytime search strategies based on integer linear programming to solve the problem of requirements selection |
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Analysis of search-guided solutions for the problem of requirements selection |
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Análisis de las soluciones guiadas por búsqueda para el problema de selección de requisitos |
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Solving a multi-objective problem of requirements selection through SAT problem solvers |
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Resolviendo un problema multi-objetivo de selección de requisitos mediante resolutores del problema SAT |
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Bayesian networks for greenhouse temperature control |
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Supervised Classification Using Hybrid Probabilistic Decision Graphs |
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Metamodeling of Bayesian networks for decision-support systems development |
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Metaheuristic Aided Software Features Assembly |
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Metaheurísticas como soporte a la selección de requisitos del software |
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Requirements interaction in the next release problem |
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Architecture for the use of synergies between knowledge engineering and requirements engineering - extended abstract |
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Architecture for the Use of Synergies between Knowledge Engineering and Requirements Engineering |
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SEAMLESS SOFTWARE DEVELOPMENT FOR SYSTEMS BASED ON BAYESIAN NETWORKS <i>An Agricultural Pest Control System Example</i> |
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Ant colony optimization for the next release problem a comparative study |
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Requirements selection: Knowledge based optimization techniques for solving the next release problem |
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Olive fly infestation prediction using machine learning techniques |
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Qualitative aggregation of Bayesian networks |
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