Possibilities of System Integration in Applied Cybernetics

The article outlines the possibilities of the present conception of system integration and also the possibilities of using selected means of applied cybernetics, namely from the new perspective of the design of applied cybernetic models and the present and future needs to create real environment based on systems theory. The system-intergrated cybernetic environment (cyberspace) can be fully used in present-day processes, namely in the dynamically evolving modern electronic business. The key to new ways of system integration in the business cyberspace will be most of all the ability to perfect the environment of system integration, namely with the goal of achieving modern control in a hierarchically ordered cyberspace, for instance e-business with information. The ultimate aim of this article is to review the current trends in modern modelling and simulation methods for the design of a system-integrated e-business model, namely considering the already verified cybernetic applications in practice and the use of selected cybernetic, artificial intelligence and mathematical modelling for a new design of intelligent business models featuring optimal structures and adaptable behaviour. The article is based on the solution of certain specific research tasks carried out at the university, with emphasis on the fact that new economy will increasingly rely on information, knowledge and system-defined modern control environment represented in particular by the use of system engineering theory and creation of cybernetic and system-theory applications for the development of future intelligent e-business models integrated and integrable with information, data, knowledge and visions. Competition will always be understood in the global sense and gradually defined by intelligent means obtained by the system solution of models, modelling and simulation, particularly those of the complicated hierarchical structures of electronic business with the state functions required for control, namely in the system integration cyberspace in the area of cybernetic applications.