BASIC VALUE OF COMPLEX SYSTEMS

Some Basic Problems With Complex Systems

From an engineering perspective, it is well known that there are numerous problems to predict and control complex systems. In addition, there are also problems to understand the concept of complexity from the perspective of physics and the epistemology of physics. Three outstanding topics in this regard are discussed: 1. the fundamental context-dependence of the de nition of complexity, 2. the ...

Complex fuzzy linear systems

Value-driven quality management for complex systems

Value Based Decision Control for Complex Systems

The mathematical description of Decision maker (DM) analytically as utility function together with the model description of the investigated process could give a complete mathematical representation of the complex system “Technologist (DM) – dynamic process.” Such models ensure exact mathematical descriptions of problems in various areas which quantitative modeling is difficult: economics, biot...

Basic Tendency Model in Complete Factor Synergetics of Complex Systems

The deviation between the target state variable and the practical state variable should be used to form the state tending factor of complex systems, which can reflect the process for the complex system to tend rationalization. Relating to the system of basic equations of complete factor synergetics consisting of twenty nonlinear stochastic differential equations, the two new models are consider...