Algorithm for Assessing the Effectiveness of the Process of Making Changes in Automated, Information and Telecommunication Systems
( Pp. 64-71)

The purpose of the research. The article discusses the problem of efficient use of computational resources. Describes the hardware prefetching mechanism. The purpose of the study is to find a solution that provides the ability to evaluate the quantitative use of the memory area in a computer program. This, in turn, is necessary to improve the efficiency of using the hardware capabilities of the computer. Results. As a result of the study, the author comes to the conclusion that the desired solution is an algorithm for determining the intensity of access to data structures in a computer program. The article presents the terminology that explains the name of the indicators used in the algorithm, describes the mathematical model for calculating the indicator and its limitations. A system of equations expressing the range of values of the data access intensity indicator was formulated. A three-dimensional model and two two-plane graphs were constructed to obtain a complete picture of the perception of the range of values. A detailed description of the algorithm and the presented mathematical model of the final and intermediate calculations allow us to develop an automated solution for certain tools (for example, compilers) used in the development of a computer program. The author concludes that the obtained indicator provides a quantitative representation of the use of shares of information (data areas) in a computer program for the subsequent assessment of the effectiveness of the computer program and the data structures used. Based on the results of the assessment, decisions can be made on the conformity / non conformity of the proposed solution and the need to modify the computer program or the data structures used.

Naumchik N.A. Algorithm for Assessing the Effectiveness of the Process of Making Changes in Automated, Information and Telecommunication Systems. Computational Nanotechnology. 2023. Vol. 10. No. 3. Pp. 64–71. (In Rus.) DOI: 10.33693/2313-223X-2023-10-3-64-71. EDN: RLIAJN

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algorithm, data access intensity, computer program, hardware prefetch, increasing the efficiency of using computing resourc.