The following pages link to (Q3248911):
Displaying 38 items.
- The eco-cognitive model of abduction. II. Irrelevance and implausibility exculpated (Q266877) (← links)
- Conception, sense, and reference in Peircean semiotics (Q513923) (← links)
- Mechanisms for (mis)allocating scientific credit (Q832517) (← links)
- Power map permutations and the discrete log problem (Q887449) (← links)
- The eco-cognitive model of abduction. Ἀπαγωγή now: naturalizing the logic of abduction (Q898777) (← links)
- Learning in the presence of partial explanations (Q1183607) (← links)
- Semantic networks (Q1202620) (← links)
- Valental aspects of Peircean algebraic logic (Q1202678) (← links)
- Update operations in deductive databases with functional dependencies (Q1338902) (← links)
- Abductive reasoning through filtering (Q1575426) (← links)
- Let Us investigate! Dynamic conjecture-making as the formal logic of abduction (Q1633231) (← links)
- Explanatory relations in arbitrary logics based on satisfaction systems, cutting and retraction (Q1726251) (← links)
- Key notions of Tarski's methodology of deductive systems (Q1820770) (← links)
- Horn approximations of empirical data (Q1855210) (← links)
- Recursion theoretic models of learning: Some results and intuitions (Q1924732) (← links)
- Justus Grassmann's contributions to the foundations of mathematics: Mathematical and philosophical aspects (Q1975528) (← links)
- Naturalizing logic (Q2018606) (← links)
- Conjunctive query pattern structures: a relational database model for formal concept analysis (Q2286397) (← links)
- Book review of: J. Dejnožka, The concept of relevance and the logic diagram tradition (Q2323644) (← links)
- Nominalism and semantics in Abelard and Ockham (Q2354873) (← links)
- Inference to the best explanation, coherence and other explanatory virtues (Q2446054) (← links)
- Abductive inference in defeasible reasoning: a model for research programmes (Q2565607) (← links)
- Reasoning through doing. Epistemic mediators in scientific discovery (Q2565608) (← links)
- How diagrams can support syllogistic reasoning: an experimental study (Q2629219) (← links)
- Learning Inference by Induction (Q2827477) (← links)
- A frame for organizational actions and macroactions* (Q4372889) (← links)
- Peirce’s mathematical-logical approach to discrete collections and the<i>premonition of continuity</i> (Q4583143) (← links)
- Formal modeling of human reasoning: errors, limitations and Baconian bees (Q5061419) (← links)
- Peirce and Cantor: a preliminary study on continuity and infinitesimals (Q5071522) (← links)
- Symbolic Knowledge in Husserlian Pure Logic (Q5117367) (← links)
- A Receding Parallelism: Husserl and Peirce from the Perspective of Logic of Probability (Q5117370) (← links)
- Using Abduction to Compute Efficient Proofs (Q5178959) (← links)
- Iconic Logic and Ideal Diagrams: The Wittgensteinian Approach (Q5878889) (← links)
- The Semiotics of Laws of Form (Q6110237) (← links)
- A Peircean examination of Gettier's two cases (Q6180140) (← links)
- Strong backdoors for default logic (Q6570091) (← links)
- Mario Bunge on causality: some key insights and their Leibnizian precedents (Q6601787) (← links)
- Strong backdoors for default logic (Q6610193) (← links)
