Retrieved from Volume 25, No. 1, 2021
Pages 94 -101
Received 03.07.2020
Revised 29.11.2020
Accepted 23.02.2021
Retrieved from Volume 25, No. 1, 2021
Pages 94 -101
Abstract
The production of high-quality products stimulates Ukrainian manufacturers to enter the European and international markets, which at the same time stimulates domestic manufacturers to produce competitive products on a par with high-quality foreign alternative products. The promotion of competitive high-quality products to the European and world markets will make it possible to strengthen the national currency, which will actively contribute to the improvement of the economy of Ukraine, will create appropriate conditions for the development of entrepreneurial activity, fair competition, and improvement of the level of well-being of the population. The only approach to evaluating the quality of products is designed to quickly monitor indicators throughout the entire cycle of its production. In order to most economically and quickly achieve the goal in the field of qualimetry without violating the current restrictions, there is a need to optimize the requirements for product quality indicators. There are a number of methods that have their own advantages and disadvantages for each object of quality measurement. The purpose of the work is to analyze the mechanisms of quality metrics and to combine their advantages into a joint assessment model. The research was conducted using the methods of analysis, synthesis, comparison, generalization and induction. The article presents the methodology for determining the generalized quality indicator of quality measurement objects of various nature, including: products, technological processes, systems, or anything that requires a step-by-step assessment. Based on the analysis of existing non-linear relationships between the measured quality indicator and its assessment on a dimensionless scale, a method based on the use of generalized quality indicators is proposed. The application of the proposed method will provide a high-precision assessment of a wide range of objects with the fixation of changes over time
Keywords:
technological process; shape parameter; production cycle; use of statistical information; mathematical dependence