NUMERICAL MODELING OF COMPLEX SYSTEM ON THE EXAMPLE OF THE CLIENT-SERVER ENVIRONMENT OF DYNAMIC EXPERT SYSTEMS
The approach to representation of available mathematical model on a basis markov processes with continuous time and discrete conditions for the client-server environment of dynamic expert systems in the Mathcad software suite is stated. Mathcad screen forms with the initial data, settlement formulas and the received result are provided. The way for solving differential equations written down in a matrix kind by means of the fourth-order Runge–Kutta method with the fixed step for available mathematical model of complex dynamic system is shown.
Keywords: numerical modeling, markov processes, the automated designing, artificial intelligence, expert systems, the knowledge base, a database, the client, the server, three-tier architecture, decision-making systems.