Modeling and optimization of systems for integrated diagnostics and repair of complex photonic units

The problem under examination is the modeling and optimization of systems for integrated diagnostics and repair of complex photonic units. There were considered the structure and principles of organization of such systems, model of formation of their material and information streams. Basic conditions of stable systems' operation are drawn. The question of choosing of adequate modeling and optimization mathematical means is discussed. It was shown the efficiency of simulation approach to modeling of considered systems. Formal description of service programs of complex photonic units is suggested to perform by means of application of parameter-based routing technology. There were discussed basic capabilities of GPSS/H simulation software, advantages of its application for the purposes of investigation and optimization of the systems for integrated diagnostics and repair of complex photonic units.