@Article{Petrik:MVRS,
  IS = { zkontrolovano 12 Jan 2009 },
  UPDATE  = { 2008-09-05 },
  author =     { Petr{\'\i}k, Milan },
  title =      { Many-valued {R}-{S} memory circuits },
  year =       { 2008 },
  month =      { August },
  pages =      { 495--518 },
  journal =    { International Journal of Uncertainty, Fuzziness and Knowledge-Based Systems },
  publisher =  { World Scientific },
  address =    { Singapore, Singapore },
  issn =       { 0218-4885 },
  volume =     { 16 },
  number =     { 4 },
  authorship = { 100 },
  annote = { In this paper we present a many-valued memory circuit
    based on a generalization of the R-S memory circuit known from the
    two-valued logical circuits. Based on this many-valued R-S memory
    circuit we introduce a many-valued level-controlled memory circuit
    and a many-valued edge-controlled memory circuit of type
    "master-slave". We discuss problems of the stability of the
    circuit with respect to small errors of input and output signals
    as well as to small errors of the gates. We show that the
    stability can be preserved by restricting the set of logical
    values, i.e. the interval [0, 1], to a finite discrete subset of
    this interval. We find the set of many-valued operations which are
    suitable for the implementation of the many-valued R-S memory
    circuit.},
  keywords =   { many-valued logic, fuzzy logic, memory, flip-flop, logical circuit, hardware },
  project =    { GACR 201/07/1136 },
  psurl =      { [PostScript, 212 KB] },
  www =        { http://www.worldscinet.com/ijufks/16/1604/S02184885081604.html },
}