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                                           b x,, • ~  X B                             (1)




                                          ,  =b-x nQ-x n)











                                         Figure 2: the Verhulst  equation


               CONCLUSION

               A  decision  maker  who  manages  production  process  confronts  with  pouncing  disturbance.  He  must
               achieve  a  dynamic  equilibrium  upon  the  sweeping  waves  of  both  internally  and  externally  oriented
               disturbance  to  hold  the  goal  of  the  whole  inviolable  at  every phase  of  production,  which  requires  a
               series of decision making to amend his course of action upon disturbance. However, a decision making
               itself  can  be  a  source  of considerable  disturbance  or,  even  more  than  often,  it  is the  primary  source,
               where  the  opposite  alternatives  are  acting  potential  for  most  of  decision  making.  This  characteristic
               state  of potential, that is "though neither  yet in existence, both opposites are equally capable  of being,
               and  contending  toward  existence" must  be  properly  modeled  to  understand  the  mechanism  how  the
               real  acting  potential  of  opposites  undeniably  observable  in  day-to-day  human  activities,  acts  on  the
               outcome  of  choice,  and  its  consequence.  The  dynamic  togetherness  of  two  reciprocal  wholes  is  the
               primary  cause  of  interference  among  opposites  which  produce  a  complex  behavior.  The  Verhulst
               equation  exemplifies  one  of the  simplest kinds which possibly describe  complexity  due to  interaction
               between the domains of potentials and of events.
               REFERENCES

               Feigenbaum  M. (1978). Quantitative  Universality  for  a Class of  Nonlinear  Transformations,  J.  Statistical  Phys.
               19:25
               Kauffman  S.  (1993).  The  Origins  of  Order-  Self  organization  and  Selection  in  Evolution,  Oxford  University
               Press, Oxford,  ISBN:  0-19-505811-9
               Prigogine  I. (1980).  From  Being  to Becoming-  Time and  Complexity  in the  Physical  Sciences,  W.H.  Freeman
               and  Company, New York,  ISBN:  0-7167-1108-7
               Russell B. and Whitehead  A, N.  (1910). Principia  Mathematica,  Cambridge University Press, Cambridge, UK
               Russell  B.  (1945) History of  Western Philosophy,  Routledge, Oxford,  ISBN: 0415325056
               Verhulst  P,  F.  (1845)  Recherches  mathematiques  sur  la  loi  d'accroissement  de  la population,  Nouv.  mem.  De
               VAcademie Royale des Sci. et Belles-Lettres  de Bruxelles  18,  1-41








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