Mathematical modeling in instrument systems. Textbook for universities
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The development of instrument systems is a multi-stage information and technological process of searching for their optimal option. At the same time, mathematical modeling is considered as one of the steps that optimize the search and complete the stage of abstraction from the object of development, control, supervision or diagnosis. The specificity of the course consists in the need to understand by students of general optimizing principles for solving the problem of creating instrumental systems of mining and technical supervision and control, measuring, monitoring or diagnosing the state of technical objects based on the correct transition from an imaginary object to its models, allowing the multivariation of such a transition and the possibility of optimizing the final The result, the criterion of which is not only the degree of adequacy of the mathematical model to the real object, but also its prognostic value, that is, the possibility of forecasting the resource.
Along with the study of the basic concepts and methods for constructing mathematical models, the discipline provides for the formation of elements of professional competence among students in accordance with the Federal State Educational Standard of Higher Professional Education (FSUS VPO), which involves the ability of students to work in the field of modern means and methods of mining and technical supervision and control. The main content of the material is aimed at the practical development of mathematical modeling methods in the instrumental systems and the integration of these models into a single information space of the enterprise when creating automated systems, design and technological preparation of the production of devices and instrumental systems with examples of the simple typical mechanisms of instruments and developing the software of automated acoustics The emission system for processing primary information in order to diagnose the condition of structures and evaluate the quality of products in the production process.
The manual is intended for students of technical faculties of higher educational institutions in the framework of master"s training, complies with the Federal State Educational Standard for Higher Professional Education in the direction of master"s training 12.04.01 "Instrumentation" and may be useful to graduate students in conducting and analyzing the results of research.
The 2nd edition is supplemented
Along with the study of the basic concepts and methods for constructing mathematical models, the discipline provides for the formation of elements of professional competence among students in accordance with the Federal State Educational Standard of Higher Professional Education (FSUS VPO), which involves the ability of students to work in the field of modern means and methods of mining and technical supervision and control. The main content of the material is aimed at the practical development of mathematical modeling methods in the instrumental systems and the integration of these models into a single information space of the enterprise when creating automated systems, design and technological preparation of the production of devices and instrumental systems with examples of the simple typical mechanisms of instruments and developing the software of automated acoustics The emission system for processing primary information in order to diagnose the condition of structures and evaluate the quality of products in the production process.
The manual is intended for students of technical faculties of higher educational institutions in the framework of master"s training, complies with the Federal State Educational Standard for Higher Professional Education in the direction of master"s training 12.04.01 "Instrumentation" and may be useful to graduate students in conducting and analyzing the results of research.
The 2nd edition is supplemented