@Article{Petrik:ISCAM2003,
  IS = { zkontrolovano 14 Jan 2004 },
  UPDATE  = { 2004-01-06 },
  author =     { Petr{\' \i }k, Milan },
  title =      { Finding Normal Forms using {S}voboda Maps },
  year =       { 2003 },
  month =      { December },
  pages =      { 93--98 },
  figures =    { 13 },
  journal =    { Journal of Electrical Engineering },
  publisher =  { The Faculty of Electrical Engineering and Information
                 Technology of the Slovak University of Technology},
  address =    { Bratislava, Slovakia },
  issn =       { 1335-3632 },
  volume =     { 54 },
  number =     { 12/s },
  annote = {In this paper we present three methods of finding
    optimized normal forms in many-valued Svoboda maps. Our
    approaches are based on three functionaly complete sets of
    operations: {\L}ukasiewicz operations with Kronecker delta and
    rational constants, standard operations with Kronecker delta
    and rational constants and {\L}ukasiewicz operations with
    {\L}ukasiewicz equivalence and rational constants.  We compare
    these three methods.},
  keywords = {Fuzzy logic, many-valued logic, 
          functionaly complete sets of operations, fuzzy hardware, 
          Svoboda map, Veitch map, Marquand map, Karnaugh map, 
          optimized normal forms, circuit design},
  project =    { MSM 212300013, GACR 201/02/1540, CEEPUS SK-042 },
}