Results 251 to 260 of about 449,079 (306)
Self-compassion and self-concept clarity mediated by resilience: variable-centered and person-centered approaches. [PDF]
Zhang Q +6 more
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The Prospective Indirect Effect of Mathematics Interest in the Relationship Between Mathematics Anxiety and Self-Concept: A Two-Wave Longitudinal Study. [PDF]
Çelik Demirci S, Kul Ü, Korkmaz S.
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Development of a low-cost external fixation system: an off-label solution for resource-limited settings. [PDF]
Seiser M +8 more
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Causal modeling of chronic kidney disease in a participatory framework for informing the inclusion of social drivers in health algorithms. [PDF]
Foryciarz A +4 more
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Scalability in Formal Concept Analysis
Formal Concept Analysis is a symbolic learning technique derived from mathematical algebra and order theory. The technique has been applied to a broad range of knowledge representation and exploration tasks in a number of domains. Most recorded applications of Formal Concept Analysis deal with a small number of objects and attributes, in which case the
Cole, Richard, Eklund, Peter
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On stability of a formal concept
Annals of Mathematics and Artificial Intelligence, 2007zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Formalizing Hypotheses with Concepts
2000The frequently used strategy of forming hypotheses, based on observations, to generate predictions can be formalized in several ways. We study an elaborated approach that has some conceptual flavour and translate the basic ideas in the language of Formal Concept Analysis, blazing the trail for applications to other conceptual structures as well.
Bernhard Ganter, Sergei O. Kuznetsov
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