Thomas Vetterlein: Difference between revisions

From ERCIM Working Group on Many-Valued Logics
(Created page with "===Affiliation=== Department of Knowledge-Based Mathematical Systems Johannes Kepler University Altenberger Straße 69 4040 Linz Austria [http://www.flll.jku.at/staff/vet...")
 
 
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<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>
<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>


<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>
<li>Vagueness: where degree-based approaches are useful, and where we can do without, <em>Soft Computing</em> 16 (2012), 1833 - 1844.</li>


<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>
<li>Plausible reasoning and graded information: a unified approach, <em>Fuzzy Sets and Systems</em> 197 (2012), 71 - 94.</li>


<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>
<li>Pseudo-BCK algebras as partial algebras, <em>Information Sciences</em> 180 (2010), 5101 - 5114.</li>


<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>
<li>On the (fuzzy) logical content of CADIAG-2 (with A. Ciabattoni), <em>Fuzzy Sets and Systems</em> 161 (2010), 1941 - 1958.</li>


<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>
<li>MTL algebras arising from partially ordered groups, <em>Fuzzy Sets and Systems</em> 78 (2010), 433 - 443.</li>


<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>
<li>Residuated lattices arising from equivalence relations on Boolean and Brouwerian algebras, <em>Mathematical Logic Quaterly</em> 54 (2008), 325 - 342.</li>


<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>
<li>A way to interpret L ukasiewicz Logic and Basic Logic, <em>Studia Logica</em> 90 (2008), 407 - 423.</li>


<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>
<li>Regular left-continuous t-norms, <em>Semigroup Forum</em> 77 (2008), 339 - 379.</li>


<li>Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), <em>Fuzzy Sets and Systems</em> 197 (2012), 59 - 70.</li>
<li>Weak effect algebras, <em>Algebra Universalis</em> 58 (2008), 129 - 143.</li>

<li>Analytic calculi for logics of ordinal multiples of standard t-norms,
<em>Journal of Logic and Computation</em> 18 (2008), 35 - 57.</li>

<li>Boolean algebras with an automorphism group: a framework for Lukasiewicz logic, <em>Journal of Multiple-Valued Logic and Soft Computing</em> 14 (2008), 51 - 67.</li>

<li>Fuzzy logic as a logic of the logic of the expressive strength of
information, <em>Soft Computing</em> 12 (2008), 479 - 485.</li>

<li>t-norms induced by metrics on boolean algebras, <em>Soft Computing</em> 10 (2006), 995 - 1000.</li>

<li>Partial algebras for Lukasiewicz logics and its extensions, <em>Archive for Mathematical Logic</em> 44 (2005), 913 - 933.</li>

<li>BL-algebras and effect algebras, <em>Soft Computing</em> 9 (2005), 557 - 564.</li>
</ul>
</ul>

Latest revision as of 16:37, 11 November 2014

Affiliation

Department of Knowledge-Based Mathematical Systems

Johannes Kepler University

Altenberger Straße 69

4040 Linz

Austria

Personal webpage

Selected publications

  • The approximation of left-continuous t-norms. Fuzzy Sets and Systems, to appear.
  • The construction of left-continuous t-norms: a geometric approach in two dimensions,Fuzzy Sets and Systems, to appear.
  • Totally ordered monoids based on triangular norms, Communications in Algebra, to appear.
  • Formal approaches to rule-based systems in medicine: the case of CADIAG-2 (with A. Ciabattoni, D. Picado Muino, M. El-Zekey), International Journal Approximate Reasoning 54 (2013), 132 - 148.
  • Logics for approximate and strong entailment (with F. Esteva, R. Rodriguez, L. Godo), Fuzzy Sets and Systems 197 (2012), 59 - 70.
  • Vagueness: where degree-based approaches are useful, and where we can do without, Soft Computing 16 (2012), 1833 - 1844.
  • Plausible reasoning and graded information: a unified approach, Fuzzy Sets and Systems 197 (2012), 71 - 94.
  • Pseudo-BCK algebras as partial algebras, Information Sciences 180 (2010), 5101 - 5114.
  • On the (fuzzy) logical content of CADIAG-2 (with A. Ciabattoni), Fuzzy Sets and Systems 161 (2010), 1941 - 1958.
  • MTL algebras arising from partially ordered groups, Fuzzy Sets and Systems 78 (2010), 433 - 443.
  • Residuated lattices arising from equivalence relations on Boolean and Brouwerian algebras, Mathematical Logic Quaterly 54 (2008), 325 - 342.
  • A way to interpret L ukasiewicz Logic and Basic Logic, Studia Logica 90 (2008), 407 - 423.
  • Regular left-continuous t-norms, Semigroup Forum 77 (2008), 339 - 379.
  • Weak effect algebras, Algebra Universalis 58 (2008), 129 - 143.
  • Analytic calculi for logics of ordinal multiples of standard t-norms, Journal of Logic and Computation 18 (2008), 35 - 57.
  • Boolean algebras with an automorphism group: a framework for Lukasiewicz logic, Journal of Multiple-Valued Logic and Soft Computing 14 (2008), 51 - 67.
  • Fuzzy logic as a logic of the logic of the expressive strength of information, Soft Computing 12 (2008), 479 - 485.
  • t-norms induced by metrics on boolean algebras, Soft Computing 10 (2006), 995 - 1000.
  • Partial algebras for Lukasiewicz logics and its extensions, Archive for Mathematical Logic 44 (2005), 913 - 933.
  • BL-algebras and effect algebras, Soft Computing 9 (2005), 557 - 564.