  
  
  [1XReferences[101X
  
  [[20XABGG80[120X]  [16XAizenberg,  N.,  Bovdi,  A.,  Gergo,  E.  and Geche, F.[116X, [17XAlgebraic
  aspects of threshold logic[117X, [18XCybernetics[118X, [19X2[119X, 16 (1980), 188-193.
  
  [[20XAQR99[120X]  [16XAvedillo,  M.,  Quintana,  J. and Rueda, A.[116X, [17XThreshold Logic[117X, Wiley
  Encyclopedia  of  Electrical  and  Electronics  Engineering, American Cancer
  Society (1999).
  
  [[20XDer65[120X]  [16XDertouzos,  M.[116X, [17XThreshold Logic: A Synthesis Approach[117X, M.I.T. Press
  (1965).
  
  [[20XFSAJ06[120X]  [16XFranco,  L.,  Subirats,  J.,  Anthony,  M.  and  Jerez,  J.[116X, [17XA New
  Constructive  Approach  for  Creating  All  Linearly  Separable  (Threshold)
  Functions[117X, in The 2006 IEEE International Joint Conference on Neural Network
  Proceedings (2006), 4791--4796.
  
  [[20XGec10[120X]  [16XGeche,  F.[116X,  [17XAnalysis  of  Discrete  Functions  and Logical Schemes
  Synthesis in Neurobasis (in Ukrainian)[117X, Uzhhorod National University (2010).
  
  [[20XGMB17[120X]  [16XGeche, F., Mulesa, O. and Buchok, V.[116X, [17XVerification of realizability
  of  boolean  functions  by  a  neural  element  with  a threshold activation
  function[117X,  [18XEastern  European  Journal  of Enterprise Technologies[118X, [19X1[119X (2017),
  30-40.
  
  [[20XGPR83[120X]  [16XGeche,  F.,  Polivko, V. and Robotishin, V.[116X, [17XRealization of boolean
  functions using threshold elements[117X, [18XKibernetika (Kiev)[118X, 6 (1983), 62--67.
  
  [[20XGVKB11[120X]   [16XGowda,  T.,  Vrudhula,  S.,  Kulkarni,  N.  and  Berezowski,  K.[116X,
  [17XIdentification  of  Threshold Functions and Synthesis of Threshold Networks[117X,
  [18XIEEE  Transactions  on  Computer-Aided  Design  of  Integrated  Circuits and
  Systems[118X, [19X30[119X (2011), 665--677.
  
  [[20XHor94[120X]   [16XHorvath,  E.[116X,  [17XInvariance  groups  of  threshold  functions[117X,  [18XActa
  Cybernetica[118X, [19X11[119X, 4 (1994), 325--332.
  
  [[20XHST16[120X]  [16XHorvath,  E.,  Seselja,  B.  and  Tepavcevic, A.[116X, [17XA note on lattice
  variant  of  thresholdness of Boolean functions[117X, [18XMiskolc Mathematical Notes[118X,
  [19X17[119X (2016), 293--304.
  
  [[20XKYSV16[120X]  [16XKulkarni,  N., Yang, J., Seo, J. and Vrudhula, S.[116X, [17XReducing Power,
  Leakage,  and  Area of Standard-Cell ASICs Using Threshold Logic Flip-Flops[117X,
  [18XIEEE  Transactions  on  Very  Large  Scale Integration (VLSI) Systems[118X, [19X24[119X, 9
  (2016), 2873--2886.
  
  [[20XLit88[120X] [16XLittlestone, N.[116X, [17XLearning Quickly When Irrelevant Attributes Abound:
  A New Linear-Threshold Algorithm[117X, [18XMachine Learning[118X, [19X2[119X, 4 (1988), 285--318.
  
  [[20XMP43[120X]  [16XMcculloch, W. and Pitts, W.[116X, [17XA Logical Calculus of Ideas Immanent in
  Nervous Activity[117X, [18XBulletin of Mathematical Biophysics[118X, [19X5[119X (1943), 115--133.
  
  [[20XRos58[120X]   [16XRosenblatt,   F.[116X,   [17XThe  Perceptron:  A  Probabilistic  Model  for
  Information Storage and Organization in The Brain[117X, [18XPsychological Review[118X, [19X65[119X,
  6 (1958), 386--408.
  
  [[20XSJF08[120X]  [16XSubirats,  J.,  Jerez,  J.  and  Franco,  L.[116X,  [17XA  New Decomposition
  Algorithm  for  Threshold Synthesis and Generalization of Boolean Functions[117X,
  [18XIEEE  Transactions on Circuits and Systems I: Regular Papers[118X, [19X55[119X, 10 (2008),
  3188--3196.
  
  
  
  [32X
