Přehled o publikaci

Membrane systems, introduced in 1998 by Gheorg Paun (2000). Since their introduction, a number of different variants of membrane systems have emerged, depending on the structure and rules used. The P-colony model, one of the models belonging to membrane systems, consists of single-membrane agents sharing a common environment. The agents have a limited number of objects and a set of programs that determine how the objects evolve or exchange objects with the environment. Although it is a simple model consisting of single-membrane agents, the representation of the environment and the behavior of the agents resembles traditional multi-agent systems that use algorithms applied in practice - for example, to solve optimization problems. One such algorithm is the so-called pack algorithm, inspired by the behavior of wolves in nature, their hierarchy and hunting method. In our paper, we introduce one of the new viewpoints on the behavior of P colonies and algorithms inspired by wolf behavior called pack algorithms. We will point out the circumstances involved in simulating and comparing these two proportionally different biologically inspired systems, namely a discrete-based system and a system using continuous functions.