Reproduction and multiplication in the distributed, manufacturing nanosystems of informatics

The term nanosystems of informatics we use to describe systems where the program is coded using single molecules or atoms, and the program execution process is based on the nanotechnology. Processes of reproduction and multiplication are fundamental for manufacturing systems. In the article the analysis and models of these processes are presented. Analysis of the self-multiplication and self-reproduction processes suggests to adapt, during the work on the nanosystems of informatics, the idea of self-reproduction in their hardware (object part) and self multiplication in the software (program part). Thanks to the self-reproductions feature, the process of nanoinformatical manufacturing, once initiated, will by spread out on the whole environment, provided that the required number of structural elements exists. By the term structural elements we mean molecules and atoms necessary for reproduction of the system, and for creating needed products. In this case we can speak of the distributed, manufacturing nanosystems of informatics.