Identification Operators of Dynamic Control Models in the State Space for Engineering Applications

The problem of using a dynamic control model includes the identification of the models that should represent the original processes or objects in the spaces of parameters or states. The studies in the paper make it possible to expand the use of operator identification procedures for operators of mathematical models converting them into the applied representation in spaces of states. In the paper it is proposed to use the theoretical set model of the details as the object of design. This approach is used to simulate the process of controlling the array of technological and design parameters if the variants are available. The paper also discusses agent and scenario-situational approaches to the problem of designing and supporting technical systems. The mathematical model that takes into account the influence of agents on the process of implementation of scenario of technical systems functioning under changing conditions is proposed. The approaches are used for developing tools to support scenarios in software. The paper describes the models that are used for developing various applications in such subject areas as information support of the life cycle (CALS-technologies) of electronic products, mechanical engineering, instrument making, design of information systems including CAD and the systems of monitoring states and situational management.