Pattern-matching and surveillance of self-reproducing sequences

The fundamential structure of local population dynamics is investigated and described in terms of biological mathematics. This project is divided into four natural project time slots:
- matching of convex-concave patterns
- interaction of microstuctures creating nanounits of higher information level
- self-reproduction codes envolving in a biosphere, these codes are highly nonlinear and self-correcting
- control and surveilliance of fuzzy logic and neural network steered automotive systems of high degree of freedom