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UID:/NewsandEvents/Archives/2018/newsitem/9406/28-
 --31-August-2018-Logic-Algebra-and-Truth-Degrees-2
 018-LATD-2018-Berne-Switzerland
DTSTAMP:20171019T145030
SUMMARY:Logic, Algebra and Truth Degrees 2018 (LAT
 D 2018, Berne, Switzerland
DTSTART;VALUE=DATE:20180828
DTEND;VALUE=DATE:20180831
LOCATION:Berne, Switzerland
DESCRIPTION:Mathematical Fuzzy Logic is the sub-di
 scipline of Mathematical Logic that is concerned w
 ith the notion of comparative truth. The assumptio
 n that "truth comes in degrees" has proved to be v
 ery useful in many theoretical and applied areas o
 f Mathematics, Computer Science, and Philosophy. T
 he LATD conference series started as an official m
 eeting of the working group on Mathematical Fuzzy 
 Logic and has evolved into a wider meeting in alge
 braic logic and related areas. Its main goal is to
  foster collaboration between researchers in these
  areas, and to promote communication and cooperati
 on with members of neighbouring fields.  We invite
  contributions on any relevant aspects of logical 
 systems (including many-valued, fuzzy, substructur
 al, modal and quantum logics). Abstracts of contri
 buted talks, 2-4 pages, are to be prepared using t
 he EasyChair class style and submitted via EasyCha
 ir.
X-ALT-DESC;FMTTYPE=text/html:<div>\n  <p>Mathemati
 cal Fuzzy Logic is the sub-discipline of Mathemati
 cal Logic that is concerned with the notion of com
 parative truth. The assumption that &quot;truth co
 mes in degrees&quot; has proved to be very useful 
 in many theoretical and applied areas of Mathemati
 cs, Computer Science, and Philosophy. The LATD con
 ference series started as an official meeting of t
 he working group on Mathematical Fuzzy Logic and h
 as evolved into a wider meeting in algebraic logic
  and related areas. Its main goal is to foster col
 laboration between researchers in these areas, and
  to promote communication and cooperation with mem
 bers of neighbouring fields.</p>\n</div><div>\n  <
 p>We invite contributions on any relevant aspects 
 of logical systems (including many-valued, fuzzy, 
 substructural, modal and quantum logics). Abstract
 s of contributed talks, 2-4 pages, are to be prepa
 red using the EasyChair class style and submitted 
 via EasyChair.</p>\n</div>
URL:http://www.latd2018.unibe.ch
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