CALCULATION OF THE PROBABILITY OF TEST OBJECT COMPLIANCE WITH THE SPECIFIED REQUIREMENTS AND NON-BINARY DECISION-MAKING RULES

  • 1Technical University of Kosice, Presov, SK
  • 2Dnipropetrovsk Regional State Scientific and Technical Center of Standardization, Metrology and Certification, Dnipro, UA
  • 3Department of Ecology, Heat Engineering and Occupational Safety, Ukrainian State University of Science and Technology, Dnipro, UA
  • 4Ukrainian State Chemical and Technological University of Dnipro, Dnipro, UA

Abstract

The probability of test object compliance with the specified requirements and non-binary decision is a measure of how likely the test object is to meet the criteria for acceptance or rejection based on multiple factors. It is necessary to calculate by using a valid mathematical model that takes into account the test object's characteristics, the test conditions, the test criteria, and the uncertainty of the measurements. The significance of the probability of test object compliance with the specified requirements and non-binary decision can help to evaluate the quality, reliability, and performance of the test object, as well as to support decision making in complex situations.

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