Institutul de Matematică şi Informatică "Vladimir Andrunachievici"
Universitatea de Stat din MoldovaRO EN
The system of molecular-genetic triggers as self-organizing computing system
Authors: A.Profir
– 0.35 Mb
Abstract
In this paper is shown, that the system of molecular-genetic triggers can solve the SAT problem. The molecular-genetic trigger represents the self-organizing structure and has attractors. The signal from one attractor is transmitted to other attractor, from the first level to the second level of the system. Molecular-genetic triggers work separately. The system of molecular-genetic triggers represents an example of parallel computing system. Suppose, that the system can receive two types of signals. In the first case, the system switches with the help of signals of a molecular nature (concentration of activators x1, x>sub>2, x3, x4). In the second case, the signals of wave nature of a resonant frequency can be utilized. It is possible to show, that the molecular--genetic system, can recognize images encoded by 2-dimensional vectors. Thus, the cells can be considered as parallel self-organizing system producing, receiving and transmitting the information.A. Profir,
Institute of Applied Physics,
Academy of Sciences,
Republic of Moldova,
str Academy 5, Chisinau,
2028-MD, Moldova
E-mail:
Institute of Applied Physics,
Academy of Sciences,
Republic of Moldova,
str Academy 5, Chisinau,
2028-MD, Moldova
E-mail:
Fulltext
– 0.35 Mb
Contents
- Two railway circuits: a universal circuit and an NP-difficult one
- Small Universal Circular Post Machines
- The system of molecular-genetic triggers as self-organizing computing system
- On strong quasistability of a vector problem on substitutions
- A generalization of the optimality for multicriterion problems
