DEFINITION OF THE MOMENT OF SPASMODIC CHANGE FOR QUICKLY VARIABLE PHYSICAL SIZE IN REAL TIME WITH POINCARE'S DIAGRAMS USE
The general algorithm of definition and forecasting of spasmodic change is developed for quickly variable physical size defining a condition of object. The algorithm is constructed on the basis of Poincare's diagrammes which are formed in real time. The diagramme is formed on the basis of a local file which consists of the points of a time number representing values of physical size. The file is cut out by the set fixed time window in the course of its moving on a time number of values of the physical size removed by the gauge of monitoring system. The algorithm provides sign revealing that there can be a supernumerary situation in real time. This possibility is defined at an early stage of its development. The microprocessor module located at the bottom level of monitoring system is for this purpose used. The system is used for monitoring of technical object.