Enxeñaría telemática

2018

1. A Coalitional Game of Life

   SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 323-338

2. Cellular Automata

   SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 57-67

3. Coalitions of Electric Vehicles in Smart Grids

   SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 207-263

4. Complex Networks

   SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 35-56

5. Complex Systems

   SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 11-34

6. Game Theory

   SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 101-135

7. La metodología "Design Thinking" aplicada en aprendizaje basado en proyectos

   Nuevos desafíos en la enseñanza superior (Educación Editora), pp. 319-323

8. Multi-agent Systems

   SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 69-87

9. Optimization Models with Coalitional Cellular Automata

   SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 139-169

10. Ownership and Trade in Complex Networks

    SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 267-292

11. Promoting Indirect Reciprocity Using Coalitions

    SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 293-321

12. Self-organization

    SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 89-100

13. Time Series Prediction Using Coalitions and Self-organizing Maps

    SELF-ORGANIZING COALITIONS FOR MANAGING COMPLEXITY: AGENT-BASED SIMULATION OF EVOLUTIONARY GAME THEORY MODELS USING DYNAMIC SOCIAL NETWORKS FOR INTERDISCIPLINARY APPLICATIONS (SPRINGER-VERLAG BERLIN), pp. 171-205