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Through the application of the authors’ mathematical model developed for early detection and prevention of failures in technical systems a need has arisen to create software that will ease the usage of the model. The development procedure of the mathematical model for early detection and prevention of technical systems failures is not of interest for its application, and the application is, due to its complexity, rather difficult for the final user. Because of this, the aim is to make such software that will take into account all factors of the mathematical model for early detection and prevention of failures in technical systems enabling the user a simple calculation of the optimal moment of diagnostics of the state. Therefore, the starting data herein would be the final formula of the developed mathematical model, and the software user should know only the input data for his system. The output data for the user would be the optimal moment of diagnostics of the state of the technical system. This software would be applicable in most technical systems, but this paper gives an example of its usage in printing presses.

Development of Software for Early Failure Detection and Prevention in Technical Systems Subjected to Normal Distribution until Failure