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Discovering comprehensible classification rules by using Genetic Programming: a case study in a medical domain., , и . GECCO, стр. 953-958. Morgan Kaufmann, (1999)A Genetic Algorithm With Sequential Niching For Discovering Small-disjunct Rules., и . GECCO, стр. 1035-1042. Morgan Kaufmann, (2002)A hybrid decision tree/genetic algorithm for coping with the problem of small disjuncts in data mining., и . GECCO, стр. 1061-1068. Morgan Kaufmann, (2000)Extending the ABC-Miner Bayesian Classification Algorithm., и . NICSO, том 512 из Studies in Computational Intelligence, стр. 1-12. Springer, (2013)Multi-label classification search space in the MEKA software., , и . CoRR, (2018)The Pronciple of Transformation between Efficiency and Effectiveness: Towards a Fair Evaluation of the Cost-Effectiveness of KDD Techniques.. PKDD, том 1263 из Lecture Notes in Computer Science, стр. 299-306. Springer, (1997)Top-Down Hierarchical Ensembles of Classifiers for Predicting G-Protein-Coupled-Receptor Functions., , , и . BSB, том 5167 из Lecture Notes in Computer Science, стр. 35-46. Springer, (2008)Evolving decision trees with beam search-based initialization and lexicographic multi-objective evaluation., , , и . Inf. Sci., (2014)Evolving relational hierarchical classification rules for predicting gene ontology-based protein functions., , , и . GECCO (Companion), стр. 1279-1286. ACM, (2014)A New Random Forest Method for Longitudinal Data Classification Using a Lexicographic Bi-Objective Approach., и . SSCI, стр. 806-813. IEEE, (2020)