Amoeba searching behavior model using vibrating potential field

Abstract

This paper presents one approach to modeling life using a field technique, the vibrating potential field. The behavior of life is complex and interesting. All life must have some intelligence for making its own life cycle stable and adept to changing environment. This study tries to model mathematically the formation of a specific part of living cells. For this purpose, we prepare an adequate mathematical model of physical interactions on many different properties. The mathematical model presents parallel distributed processing system that exchanges information through vibrating potential field (VPF) and life's kinetics. Using VPF and life's kinetics, the computer simulations show the behaviors of artificial life that conserves its own energy level and tunes its configurations or location of its parts.