POSSIBILITIES OF MATHEMATICAL MODELLING IN THE DYNAMIC TRENDS OF THE ECONOMIC INFORMATICS

Abstrakt

In this article there are briefly mentioned some current and fundamental development tendencies mainly in the role of the new information and communication technologies considering the dynamic development of new economy and the application of modern cybernetic view of the “management and communication in the living and inanimate organisms” in the entirely new concept of cybernetic space and the area of modern applied cybernetics. In this cyberspace there will be fundamental approach the theoretical background of systems and the possibilities of application of system integration with the possibility of model generation in the system defined environment of economics, modelling and simulation of information systems using modern digital computers mainly using newly incorporated mathematical modelling in the area of economic informatics and current fast development of intelligent robotic systems in the knowledge economy dynamics. Mentioned selected methods of mathematical modelling in the introduced cyberspace provide a complex view of the possible integration of exact mathematical modelling and the new view of economic cybernetics in development of scientific research tasks in this system integrated area and perfecting the further development of education of professionals in knowledge and the explainable practical processes in necessary directions of economic informatics. Beside the possible mathematical modelling there is in the incorporated cyberspace provided the complex view of the possible integration of exact mathematical modelling and the new view of economic cybernetics. From the themes expressed by the cybernetic view in this article it is evident that the development of applied informatics will mean the strengthening of theoretical disciplines, mathematical modelling and perfect understanding of physical principles and theoretical foundations for the modern communication environment based on the theory of information. This contribution represents a partial outcome of the specific research project solution.