Development of cognitive representation methods for real time dynamic systems

The problem of cognitive display for states in dynamic systems with decompound hierarchical structure intended for the human-operator realizing real time monitoring and control is solved. The methods of graphical information representation on multidimensional objects and systems condition were examined. The main characteristics of the considered visualization methods are tabulated. The situation cognitive display for real time decompound dynamic system based on a methods of integral boundary representation and three-level information display system is developed. An example of a new method practical application for the data flows figurative analysis to a problem of spacecrafts sensors abnormal behavior detection is reviewed.