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Simulation of Traffic Flows
Major: Road traffic management and handling
Code of Subject: 7.275.02.E.19
Credits: 4.5
Department: Transport Technologies
Lecturer: professor Fornalchyk Ye. Yu.
Semester: 1 семестр
Mode of Study: заочна
Learning outcomes:
• to know the basic traffic indicators and their changing regularity their methods and assessment;
• be able to explore the main indicators of traffic and analyze their changes;
• independently construct and evaluate basic functional paths between different indicators of traffic;
• to be aware of the main directions of development and prospects for the effect studies of road conditions and traffic indicators.
• be able to explore the main indicators of traffic and analyze their changes;
• independently construct and evaluate basic functional paths between different indicators of traffic;
• to be aware of the main directions of development and prospects for the effect studies of road conditions and traffic indicators.
Required prior and related subjects:
• Supplying information to roadway users;
• Fundamentals of road safety;
• Traffic engineering (part 1).
• Fundamentals of road safety;
• Traffic engineering (part 1).
Summary of the subject:
Theories and models of traffic flow. Basic laws of traffic flows. The capacity of lanes and methods for its determination. The capacity of intersections. The impact of road conditions for traffic indicators. Profiles of traffic flows. Equal loading of road traffic. Methods of assessment traffic modes on road and street sections. Human factor in transport processes and systems.
Recommended Books:
1. Галушко В.Г. Вероятностно-статистические методи на автотранспорте / В.Г. Галушко. –К.: «Вища школа», 1976. –232 с.
2. Лобанов Е.М. Транспортная планировка городов./ Е.М. Лобанов. –М.: Транспорт, 1990. –240 с.
3. Иносэ X., Хамада Т. Управление дорожным движением. /Под ред. М.Я. Блинкина. Пер с англ. –М.: Транспорт, 1983. –248 с.
4. Сильянов В.В. Теория транспортных потоков в проектировании дорог и организации движения / В.В. Сильянов. –М. : Транспорт, 1977. –303 с.
2. Лобанов Е.М. Транспортная планировка городов./ Е.М. Лобанов. –М.: Транспорт, 1990. –240 с.
3. Иносэ X., Хамада Т. Управление дорожным движением. /Под ред. М.Я. Блинкина. Пер с англ. –М.: Транспорт, 1983. –248 с.
4. Сильянов В.В. Теория транспортных потоков в проектировании дорог и организации движения / В.В. Сильянов. –М. : Транспорт, 1977. –303 с.
Assessment methods and criteria:
• defence of practical papers ( 40%)
• examinating conrol (60%)
• examinating conrol (60%)
Simulation of Traffic Flows
Major: Traffic Control and Organization
Code of Subject: 7.275.02.E.19
Credits: 4.5
Department: Transport Technologies
Lecturer: professor Fornalchyk Ye. Yu.
Semester: 1 семестр
Mode of Study: заочна
Learning outcomes:
• to know the basic traffic indicators and their changing regularity their methods and assessment;
• be able to explore the main indicators of traffic and analyze their changes;
• independently construct and evaluate basic functional paths between different indicators of traffic;
• to be aware of the main directions of development and prospects for the effect studies of road conditions and traffic indicators.
• be able to explore the main indicators of traffic and analyze their changes;
• independently construct and evaluate basic functional paths between different indicators of traffic;
• to be aware of the main directions of development and prospects for the effect studies of road conditions and traffic indicators.
Required prior and related subjects:
• Supplying information to roadway users;
• Fundamentals of road safety;
• Traffic engineering (part 1).
• Fundamentals of road safety;
• Traffic engineering (part 1).
Summary of the subject:
Theories and models of traffic flow. Basic laws of traffic flows. The capacity of lanes and methods for its determination. The capacity of intersections. The impact of road conditions for traffic indicators. Profiles of traffic flows. Equal loading of road traffic. Methods of assessment traffic modes on road and street sections. Human factor in transport processes and systems.
Recommended Books:
1. Галушко В.Г. Вероятностно-статистические методи на автотранспорте / В.Г. Галушко. –К.: «Вища школа», 1976. –232 с.
2. Лобанов Е.М. Транспортная планировка городов./ Е.М. Лобанов. –М.: Транспорт, 1990. –240 с.
3. Иносэ X., Хамада Т. Управление дорожным движением. /Под ред. М.Я. Блинкина. Пер с англ. –М.: Транспорт, 1983. –248 с.
4. Сильянов В.В. Теория транспортных потоков в проектировании дорог и организации движения / В.В. Сильянов. –М. : Транспорт, 1977. –303 с.
2. Лобанов Е.М. Транспортная планировка городов./ Е.М. Лобанов. –М.: Транспорт, 1990. –240 с.
3. Иносэ X., Хамада Т. Управление дорожным движением. /Под ред. М.Я. Блинкина. Пер с англ. –М.: Транспорт, 1983. –248 с.
4. Сильянов В.В. Теория транспортных потоков в проектировании дорог и организации движения / В.В. Сильянов. –М. : Транспорт, 1977. –303 с.
Assessment methods and criteria:
• defence of practical papers ( 40%)
• examinating conrol (60%)
• examinating conrol (60%)
Simulation of Traffic Flows (курсовий проект)
Major: Road traffic management and handling
Code of Subject: 7.275.02.E.22
Credits: 3
Department: Transport Technologies
Lecturer: Professor Fornalchyk Ye.Yu.
Semester: 1 семестр
Mode of Study: заочна
Learning outcomes:
• to know the basic traffic indicators and their changing regularity their methods and assessment;
• be able to explore the main indicators of traffic and analyze their changes;
• independently construct and evaluate basic functional paths between different indicators of traffic.
• to calculate and build graphics mode of traffic movement on the highway section.
• to provide assessment traffic performance on the highway section, to provide practical recommendations to improve bandwidth of highway sections.
• be able to explore the main indicators of traffic and analyze their changes;
• independently construct and evaluate basic functional paths between different indicators of traffic.
• to calculate and build graphics mode of traffic movement on the highway section.
• to provide assessment traffic performance on the highway section, to provide practical recommendations to improve bandwidth of highway sections.
Required prior and related subjects:
• Supplying information to roadway users (project);
• Fundamentals of road safety (project);
• Traffic engineering (project).
• Fundamentals of road safety (project);
• Traffic engineering (project).
Summary of the subject:
Key indicators of traffic. Basic laws of changing the parameters of traffic. Building relationships between the main traffic indicators. The capacity of roads and intersections. Methods for determining bandwidth. Construction and interpretation of graphical models throughput road. Calculating bandwidth for uncontrolled intersection. Assessment mode of movement on the highway section. The definition and calculation of partial coefficients decrease throughput. Calculation capacity on stretches of road. Calculation of load on road stretches.
Recommended Books:
1. Галушко В.Г. Вероятностно-статистические методи на автотранспорте / В.Г. Галушко. –К.: «Вища школа», 1976. –232 с.
2. Лобанов Е.М. Транспортная планировка городов./ Е.М. Лобанов. –М.: Транспорт, 1990. –240 с.
3. Иносэ X., Хамада Т. Управление дорожным движением. /Под ред. М.Я. Блинкина. Пер с англ. –М.: Транспорт, 1983. –248 с.
4. Сильянов В.В. Теория транспортных потоков в проектировании дорог и организации движения / В.В. Сильянов. –М. : Транспорт, 1977. –303 с.
2. Лобанов Е.М. Транспортная планировка городов./ Е.М. Лобанов. –М.: Транспорт, 1990. –240 с.
3. Иносэ X., Хамада Т. Управление дорожным движением. /Под ред. М.Я. Блинкина. Пер с англ. –М.: Транспорт, 1983. –248 с.
4. Сильянов В.В. Теория транспортных потоков в проектировании дорог и организации движения / В.В. Сильянов. –М. : Транспорт, 1977. –303 с.
Assessment methods and criteria:
defence of course paper (100%)
Simulation of Traffic Flows (курсовий проект)
Major: Traffic Control and Organization
Code of Subject: 7.275.02.E.22
Credits: 3
Department: Transport Technologies
Lecturer: Professor Fornalchyk Ye.Yu.
Semester: 1 семестр
Mode of Study: заочна
Learning outcomes:
• to know the basic traffic indicators and their changing regularity their methods and assessment;
• be able to explore the main indicators of traffic and analyze their changes;
• independently construct and evaluate basic functional paths between different indicators of traffic.
• to calculate and build graphics mode of traffic movement on the highway section.
• to provide assessment traffic performance on the highway section, to provide practical recommendations to improve bandwidth of highway sections.
• be able to explore the main indicators of traffic and analyze their changes;
• independently construct and evaluate basic functional paths between different indicators of traffic.
• to calculate and build graphics mode of traffic movement on the highway section.
• to provide assessment traffic performance on the highway section, to provide practical recommendations to improve bandwidth of highway sections.
Required prior and related subjects:
• Supplying information to roadway users (project);
• Fundamentals of road safety (project);
• Traffic engineering (project).
• Fundamentals of road safety (project);
• Traffic engineering (project).
Summary of the subject:
Key indicators of traffic. Basic laws of changing the parameters of traffic. Building relationships between the main traffic indicators. The capacity of roads and intersections. Methods for determining bandwidth. Construction and interpretation of graphical models throughput road. Calculating bandwidth for uncontrolled intersection. Assessment mode of movement on the highway section. The definition and calculation of partial coefficients decrease throughput. Calculation capacity on stretches of road. Calculation of load on road stretches.
Recommended Books:
1. Галушко В.Г. Вероятностно-статистические методи на автотранспорте / В.Г. Галушко. –К.: «Вища школа», 1976. –232 с.
2. Лобанов Е.М. Транспортная планировка городов./ Е.М. Лобанов. –М.: Транспорт, 1990. –240 с.
3. Иносэ X., Хамада Т. Управление дорожным движением. /Под ред. М.Я. Блинкина. Пер с англ. –М.: Транспорт, 1983. –248 с.
4. Сильянов В.В. Теория транспортных потоков в проектировании дорог и организации движения / В.В. Сильянов. –М. : Транспорт, 1977. –303 с.
2. Лобанов Е.М. Транспортная планировка городов./ Е.М. Лобанов. –М.: Транспорт, 1990. –240 с.
3. Иносэ X., Хамада Т. Управление дорожным движением. /Под ред. М.Я. Блинкина. Пер с англ. –М.: Транспорт, 1983. –248 с.
4. Сильянов В.В. Теория транспортных потоков в проектировании дорог и организации движения / В.В. Сильянов. –М. : Транспорт, 1977. –303 с.
Assessment methods and criteria:
defence of course paper (100%)