Difference between revisions of "FCT (project)"

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* The paper ''General logical formalism for fuzzy mathematics: methodology and apparatus'' (by [[Libor Běhounek]] and [[Petr Cintula]]), which describes the project, has been awarded the Best Paper Award at the 11th IFSA World Congress, Beijing 2005.
 
* The paper ''General logical formalism for fuzzy mathematics: methodology and apparatus'' (by [[Libor Běhounek]] and [[Petr Cintula]]), which describes the project, has been awarded the Best Paper Award at the 11th IFSA World Congress, Beijing 2005.
 
* The paper ''Interior-based topology in Fuzzy Class Theory'' (by [[Libor Běhounek]] and [[Tomáš Kroupa]]) has been awarded the Distinguished Student Paper Award at the [http://www.eusflat2007.cz 5th Conference of EUSFLAT], Ostrava 2007.
 
* The paper ''Interior-based topology in Fuzzy Class Theory'' (by [[Libor Běhounek]] and [[Tomáš Kroupa]]) has been awarded the Distinguished Student Paper Award at the [http://www.eusflat2007.cz 5th Conference of EUSFLAT], Ostrava 2007.
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== Publications ==
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=== Full papers ===
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* Běhounek L., Cintula P.: [[From fuzzy logic to fuzzy mathematics: a methodological manifesto]]. Fuzzy Sets and Systems 157(5): 642-646, 2006.
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* Běhounek L., Cintula P.: [[Fuzzy class theory]]. Fuzzy Sets and Systems 154(1): 34-55, 2005.
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* Běhounek L., Cintula P.: [http://www.cs.cas.cz/research/library/reports_900.shtml Fuzzy Class Theory: A primer v1.0.] Research report No. 939, Institute of Computer Science, Academy of Sciences of the Czech Republic, 2006.
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* Běhounek L.: [[On the difference between traditional and deductive fuzzy logic]]. Fuzzy Sets and Systems 159(10): 1153-1164, 2008.
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* Běhounek L., Bodenhofer U., Cintula P.: [[Relations in Fuzzy Class Theory: Initial steps]]. Fuzzy Sets and Systems 159(14): 1729-1772, 2008.
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* Běhounek L., Daňková M.: [[Relational compositions in Fuzzy Class Theory]]. To appear in Fuzzy Sets and Systems, 2008.
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* Kroupa T.: [[Filters in Fuzzy Class Theory]]. Fuzzy Sets and Systems 159(14): 1773-1787, 2008.
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* Horčík R.: [[Solution of a system of linear equations with fuzzy numbers]]. Fuzzy Sets and Systems 159(14): 1788-1810, 2008.
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* Běhounek L.: [[Fuzzification of Groenendijk-Stokhof propositional erotetic logic]]. Logique et Analyse 47(185-188): 167-188, 2004.

Revision as of 17:43, 15 August 2008

The FCT project is an open project with the aim to formalize and advance formal fuzzy mathematics within a unified axiomatic framework, based on the methodology of Petr Hájek. Henkin-style higher-order fuzzy logic LPi is proposed for the foundational theory.

People

People involved in the project are listed on this site under the category Category:FCT researchers. The category is intended to include all people who wrote at least one publication that employs or investigates FCT.

Awards

  • In 2005-2007, the project was supported by the junior research grant No. B100300502 Formal Theories of Mathematical Structures with Vagueness of the Grant Agency of the Academy of Sciences of the Czech Republic (team members: Petr Cintula, Tomáš Kroupa, Rostislav Horčík, Libor Běhounek).
  • The paper General logical formalism for fuzzy mathematics: methodology and apparatus (by Libor Běhounek and Petr Cintula), which describes the project, has been awarded the Best Paper Award at the 11th IFSA World Congress, Beijing 2005.
  • The paper Interior-based topology in Fuzzy Class Theory (by Libor Běhounek and Tomáš Kroupa) has been awarded the Distinguished Student Paper Award at the 5th Conference of EUSFLAT, Ostrava 2007.

Publications

Full papers