25 results on '"Godoy-Calderon, Salvador"'
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2. Autonomous Agent Navigation Model Based on Artificial Potential Fields Assisted by Heuristics.
3. Review of: "Artificial Consciousness: Misconception(s) of a Self-Fulfilling Prophecy Nobody Wants"
4. Non-Axiomatic Logic Modeling of English Texts for Knowledge Discovery and Commonsense Reasoning.
5. A Mixed Learning Strategy for Finding Typical Testors in Large Datasets
6. Patrolling Routes Optimization Using Ant Colonies
7. Navigation Based on Artificial Potential Fields Assisted by Heuristics
8. YYC: A Fast Performance Incremental Algorithm for Finding Typical Testors
9. A New Efficient Entropy Population-Merging Parallel Model for Evolutionary Algorithms
10. A Theoretical and Practical Framework for Assessing the Computational Behavior of Typical Testor-Finding Algorithms
11. Assessing the Quality Level of Corn Tortillas with Inductive Characterization and Digital Image Analysis
12. Multi-level Modeling of Manuscripts for Authorship Identification with Collective Decision Systems
13. Recognizing Dactylogical Symbols with Image Segmentation and a New Differentiated Weighting Scheme
14. Proposal for a Unified Methodology for Evaluating Supervised and Non-supervised Classification Algorithms
15. Efficiently finding the optimum number of clusters in a dataset with a new hybrid differential evolution algorithm: DELA
16. Deep symbolic processing of human-performed musical sequences
17. A Mixed Learning Strategy for Finding Typical Testors in Large Datasets
18. Deep symbolic processing of human-performed musical sequences.
19. A Theoretical and Practical Framework for Assessing the Computational Behavior of Typical Testor-Finding Algorithms
20. Symbolic Learning for Improving the Performance of Transversal-Computation Algorithms
21. Generating synthetic test matrices as a benchmark for the computational behavior of typical testor-finding algorithms
22. EVALUACION DE ALGORITMOS DE CLASIFICACION BASADA EN EL MODELO ESTRUCTURAL DE CUBRIMIENTOS
23. Efficiently finding the optimum number of clusters in a dataset with a new hybrid differential evolution algorithm: DELA
24. A supervised algorithm with a new differentiated-weighting scheme for identifying the author of a handwritten text
25. Efficiently Finding the Optimum Number of Clusters in a Dataset with a New Hybrid Cellular Evolutionary Algorithm
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