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Fundamentals of Technical Systems Simulation
Major: Industrial machinery engineering
Code of Subject: 6.133.02.E.177
Credits: 3.5
Department: Designing and Operation of Machines
Lecturer: Professor Stotsko Zinoviy Antonovych
Semester: 5 семестр
Mode of Study: денна
Learning outcomes:
- to get acquainted with the scientific and theoretical basis of modeling methods;
- to learn the basic principles of the models;
- to learn the constructing methods for mathematical models of deterministic, stochastic control systems;
- to learn and to be able of practically apply the methodology of the use of models for solving research and practical problems.
- to learn the basic principles of the models;
- to learn the constructing methods for mathematical models of deterministic, stochastic control systems;
- to learn and to be able of practically apply the methodology of the use of models for solving research and practical problems.
Required prior and related subjects:
Нigher mathematics, probability theory and mathematical statistics;
Informatics, computational methods and programming.
Informatics, computational methods and programming.
Summary of the subject:
The concept of technical and technological systems, process, operation and model. Classification of models. Technological processes as an object of modeling. Principles of creation the models of deterministic systems. Construction of equivalent systems of technical objects. Principles of models creation of stochastic systems. Experimental and statistical modeling. Modeling of single and multi-dimensional process. Modeling processes of queuing. Principles of models creation of control systems. Modeling of transport type processes.
Recommended Books:
1. З.А. Стоцько. Моделювання технологічних систем. –Навчальний посібник. Видавництво Львівської політехніки, 2013 р.
2. В.Г. Струтинський. Математичне моделювання процесів та систем механіки. –Підручник, Житомир, ЖІТІ, 2001 р.
2. В.Г. Струтинський. Математичне моделювання процесів та систем механіки. –Підручник, Житомир, ЖІТІ, 2001 р.
Assessment methods and criteria:
written reports of practical work, oral examination (40%);
final control (60% control measure, test, written, oral form).
final control (60% control measure, test, written, oral form).
Fundamentals of Technical Systems Simulation
Major: Industrial machinery engineering
Code of Subject: 6.133.03.E.201
Credits: 3.5
Department: Designing and Operation of Machines
Lecturer: Professor Stotsko Zinoviy Antonovych
Semester: 5 семестр
Mode of Study: денна
Learning outcomes:
- to get acquainted with the scientific and theoretical basis of modeling methods;
- to learn the basic principles of the models;
- to learn the constructing methods for mathematical models of deterministic, stochastic control systems;
- to learn and to be able of practically apply the methodology of the use of models for solving research and practical problems.
- to learn the basic principles of the models;
- to learn the constructing methods for mathematical models of deterministic, stochastic control systems;
- to learn and to be able of practically apply the methodology of the use of models for solving research and practical problems.
Required prior and related subjects:
Нigher mathematics, probability theory and mathematical statistics;
Informatics, computational methods and programming.
Informatics, computational methods and programming.
Summary of the subject:
The concept of technical and technological systems, process, operation and model. Classification of models. Technological processes as an object of modeling. Principles of creation the models of deterministic systems. Construction of equivalent systems of technical objects. Principles of models creation of stochastic systems. Experimental and statistical modeling. Modeling of single and multi-dimensional process. Modeling processes of queuing. Principles of models creation of control systems. Modeling of transport type processes.
Recommended Books:
1. З.А. Стоцько. Моделювання технологічних систем. –Навчальний посібник. Видавництво Львівської політехніки, 2013 р.
2. В.Г. Струтинський. Математичне моделювання процесів та систем механіки. –Підручник, Житомир, ЖІТІ, 2001 р.
2. В.Г. Струтинський. Математичне моделювання процесів та систем механіки. –Підручник, Житомир, ЖІТІ, 2001 р.
Assessment methods and criteria:
written reports of practical work, oral examination (40%);
final control (60% control measure, test, written, oral form).
final control (60% control measure, test, written, oral form).
Fundamentals of Technical Systems Simulation
Major: Industrial machinery engineering
Code of Subject: 6.133.05.E.265
Credits: 3.5
Department: Designing and Operation of Machines
Lecturer: Professor Stotsko Zinoviy Antonovych
Semester: 5 семестр
Mode of Study: денна
Learning outcomes:
- to get acquainted with the scientific and theoretical basis of modeling methods;
- to learn the basic principles of the models;
- to learn the constructing methods for mathematical models of deterministic, stochastic control systems;
- to learn and to be able of practically apply the methodology of the use of models for solving research and practical problems.
- to learn the basic principles of the models;
- to learn the constructing methods for mathematical models of deterministic, stochastic control systems;
- to learn and to be able of practically apply the methodology of the use of models for solving research and practical problems.
Required prior and related subjects:
Нigher mathematics, probability theory and mathematical statistics;
Informatics, computational methods and programming.
Informatics, computational methods and programming.
Summary of the subject:
The concept of technical and technological systems, process, operation and model. Classification of models. Technological processes as an object of modeling. Principles of creation the models of deterministic systems. Construction of equivalent systems of technical objects. Principles of models creation of stochastic systems. Experimental and statistical modeling. Modeling of single and multi-dimensional process. Modeling processes of queuing. Principles of models creation of control systems. Modeling of transport type processes.
Recommended Books:
1. З.А. Стоцько. Моделювання технологічних систем. –Навчальний посібник. Видавництво Львівської політехніки, 2013 р.
2. В.Г. Струтинський. Математичне моделювання процесів та систем механіки. –Підручник, Житомир, ЖІТІ, 2001 р.
2. В.Г. Струтинський. Математичне моделювання процесів та систем механіки. –Підручник, Житомир, ЖІТІ, 2001 р.
Assessment methods and criteria:
written reports of practical work, oral examination (40%);
final control (60% control measure, test, written, oral form).
final control (60% control measure, test, written, oral form).