(17) Toward explainable and generalizable data-driven modeling in real wastewater treatment plants: utilizing bidimensional interpretable deep learning and cross-scenario transfer learningW. Chen, W. Tian, C. Liu, H. Yan, T. Tao, S. Daneshgar, B. De Baets and K. Xin(2026) JOURNAL OF ENVIRONMENTAL MANAGEMENT. 410, 130037. |
(16) The effect of trait choice on hybrid species distribution model projections under climate changeS. Delva, J. Assis, A. Daly, W. Barhdadi, K. Bogaert, J.M. Baetens, B. De Baets and O. De Clerck(2026) ECOGRAPHY. 6, e08355. |
(15) Fuzzy relational Galois connections between fuzzy transitive digraphs: the final frontierI.P. Cabrera, P. Cordero, E. Muñoz-Velasco, M. Ojeda-Aciego and B. De Baets(2026) INFORMATION SCIENCES. 754, 123686. |
(14) Convolution lattices in the non-distributive setting: the subset of regular functionsY. Cheng and B. De Baets(2026) FUZZY SETS AND SYSTEMS. 537, 109900. |
(13) On the separate even- and odd-parity problems for cellular automataA. Nenca, B. Wolnik and B. De Baets(2026) JOURNAL OF CELLULAR AUTOMATA. 18, 319-334. |
(12) On the use of OWA functions for robustifying the Lilliefors test of goodness-of-fit to a location-scale familyM. Iturrate-Bobes, R. Pérez-Fernández and B. De Baets(2026) FUZZY SETS AND SYSTEMS. 536, 109893. |
(11) Salinity and seasonal hydrological variability jointly shape the succession of groundwater microbial communities and ecological functions in irrigation districtsD. Mu, P. Li and B. De Baets(2026) ENVIRONMENTAL CHEMICAL ENGINEERING. 14, 122091. |
(10) On the migrativity between S-uninorms and general overlap or general grouping functionsJ. Shi, B. Zhao and B. De Baets(2026) COMPUTATIONAL & APPLIED MATHEMATICS. 45, 279. |
(9) On the classes of uninorms Umin and Umax on bounded trellisesY.-M. Wang, Y. Dan and B. De Baets(2026) INTERNAT. J. APPROXIMATE REASONING . 191, 109627. |
(8) Exploration of number-conserving non-uniform cellular automata with a neighborhood of size four: barriers and blocksB. Makuracki, M. Dziemiańczuk, B. Wolnik and B. De Baets(2026) NATURAL COMPUTING. 25, 10. |
(7) Distributivity between S-uninorms and general overlap or general grouping functionsJ. Shi, B. Zhao and B. De Baets(2026) FUZZY SETS AND SYSTEMS. 531, 109777. |
(6) Modification speed and radius of higher-order interactions alter the oscillatory dynamics in an agent-based modelT. Van Giel, H. Jaspaert, A.J. Daly, B. De Baets and J.M. Baetens(2026) CHAOS, SOLITONS AND FRACTALS. 208, 118017. |
(5) Voting profiles admitting all candidates as knockout winnersB. De Baets and E. De Santis(2026) DISCRETE APPLIED MATHEMATICS. 384, 340-351. |
(4) Multi-modal semantic representation learning for zero-shot indoor scene recognition
C. Wang, M. Wang, G. Peng, B. De Baets and X. Pan(2026) APPLIED SOFT COMPUTING. 189, 114456. |
(3) Diverse semantic representation learning based on vision-language models for zero-shot indoor scene recognitionC. Wang, G. Peng, B. De Baets and X. Pan(2026) INFORMATION FUSION. 129, 104049. |
(2) Query-guided expansion and contraction of document setsA. Deloose, B. De Baets and J. Verwaeren(2026) INFORMATION SCIENCES. 726, 122779. |
(1) Choquet-inspired aggregation functionsH. Bustince, R. Mesiar, G.P. Dimuro, J. Fernandez, J. Lafuente and B. De Baets(2026) INFORMATION FUSION. 126, Part A, 103499. |