210 results on '"León, Coromoto"'
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2. Synthesising Diverse and Discriminatory Sets of Instances using Novelty Search in Combinatorial Domains
3. Estudio sobre la actitud hacia la Inteligencia Artificial en la educación preuniversitaria
4. Una experiencia de uso de un asistente de programación en el aula
5. Training future engineers: Integrating Computational Thinking and effective learning methodologies into education
6. Analysis of Sentiment Towards Computer Science in Pre-University Education
7. An Instance Generator for the Multi-Objective 3D Packing Problem
8. Developing Computational Thinking Abilities Instead of Digital Literacy in Primary and Secondary School Students
9. DIGNEA: A tool to generate diverse and discriminatory instance suites for optimisation domains
10. Experiencia de aprendizaje-servicio en una asignatura de programación del Grado en Ingeniería Informática
11. Multi-objective Multi-level Filling Evolutionary Algorithm for the 3D Cutting Stock Problem
12. Currículum de Ciencias de la Computación: instrumentos de diagnóstico
13. Problemas propuestos en la I Olimpiada Informática de Santa Cruz de Tenerife
14. A Multi-level Filling Heuristic for the Multi-objective Container Loading Problem
15. What Emotions Do Pre-university Students Feel when Engaged in Computational Thinking Activities?
16. Engaging Primary and Secondary School Students in Computer Science Through Computational Thinking Training
17. Analysing the Robustness of Multiobjectivisation Approaches Applied to Large Scale Optimisation Problems
18. Solving the Unknown Complexity Formula Problem with Genetic Programming
19. Analysing the Adaptation Level of Parallel Hyperheuristics Applied to Mono-objective Optimisation Problems
20. Multiobjectivisation of the Antenna Positioning Problem
21. On the Comparison of Parallel Island-Based Models for the Multiobjectivised Antenna Positioning Problem
22. A Multi-objective Approach for the 2D Guillotine Cutting Stock Problem
23. Parallel Hyperheuristics for the Antenna Positioning Problem
24. Solving the Parameter Setting in Multi-Objective Evolutionary Algorithms Using Grid::Cluster
25. A Multi-Objective Evolutionary Approach for the Antenna Positioning Problem
26. Fuzzy logic-controlled diversity-based multi-objective memetic algorithm applied to a frequency assignment problem
27. Parallel Hypervolume-Guided Hyperheuristic for Adapting the Multi-objective Evolutionary Island Model
28. A Parallel Plugin-Based Framework for Multi-objective Optimization
29. Hyperheuristics for a Dynamic-Mapped Multi-Objective Island-Based Model
30. Optimizing the DFCN Broadcast Protocol with a Parallel Cooperative Strategy of Multi-Objective Evolutionary Algorithms
31. Optimizing the Broadcast in MANETs Using a Team of Evolutionary Algorithms
32. 2D Cutting Stock Problem: A New Parallel Algorithm and Bounds
33. A Parallel Algorithm for the Two-Dimensional Cutting Stock Problem
34. A Distributed Divide and Conquer Skeleton
35. Using multi-objective evolutionary algorithms for single-objective constrained and unconstrained optimization
36. COMPUTATIONAL THINKING OLYMPIAD AS AN EXAMPLE OF SERVICE-LEARNING
37. Parallel Branch-and-Bound Skeletons: Message Passing and Shared Memory Implementations
38. From Complexity Analysis to Performance Analysis
39. Performance Prediction of Oblivious BSP Programs
40. Oblivious BSP
41. A fuzzy logic controller applied to a diversity-based multi-objective evolutionary algorithm for single-objective optimisation
42. On the adaptation of the mutation scale factor in differential evolution
43. An Instance Generator for the Multi-Objective 3D Packing Problem
44. Developing Computational Thinking Abilities Instead of Digital Literacy in Primary and Secondary School Students
45. Memetic algorithms and hyperheuristics applied to a multiobjectivised two-dimensional packing problem
46. Using multi-objective evolutionary algorithms for single-objective optimization
47. Scalability and robustness of parallel hyperheuristics applied to a multiobjectivised frequency assignment problem
48. HOW DO YOUNG STUDENTS GET ENTHUSIASTIC ABOUT COMPUTATIONAL THINKING ACTIVITIES?
49. Promoción del Pensamiento Computacional en estudiantes pre-universitarios: ¿cómo se emocionan?
50. Metodología para el desarrollo del pensamiento computacional en tiempos de COVID-19
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