General Outline of Transportation system modeling and Simulation

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General Outline of ltTransportation system
modeling and Simulationgt
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Course Name Transportation system modeling and
Simulation Course Code Credit Hour
Two Overall Hour 32 hours , Class hour 24
hours Experimental hour 8 hours. Applicable
Major Traffic engineering, Transportation,
Vehicle engineering. Course studying before
Higher mathematics, Computer culture base, C
language programmer.
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Property, purpose and assignment of the course
This course is a must-study special basic
course for the high grade student majoring in
traffic engineering, transportation and vehicle
engineering. It provides the basic knowledge for
students to research road traffic problems. On
studying the general theories and research
methods of system simulation, at the same time by
the developmental experiment, it can cultivate
the basic technology of students , who will be
engaged in the research and application fields of
traffic engineering and transportation. .
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• Basic requirements for teaching
• Having an acquaintance with the general theory
  and research method of system simulation
• Grasping the basic methods to simulate all kinds
  of road traffic problems by the technology of
  system simulation

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Teaching contents Part1 System Modeling and
Simulation . 12 hours. Chapter 1 Survey
1.1 Why have we this course? 1.2
Some contents of this course.
1.3Refrence books. Chapter 2 System
description 2.1 System definition
2.2 System Concept 2.3 System
Commonality 2.4 Some researches about
systems. Discussion Seminar ?3-1
Chapter 3 System modeling 3.1
Traditional science ways and modeling
3.2 System modeling 3.3 Modeling ways
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• Teaching contents
• Part 2 Introduction to the road traffic
  modelsP2.1 Traffic modelsp2.2 Operational
  velocity of vehiclesP2.3 Previewing for traffic
  accidentsP2.4 Car vibration modelp2.5 Car
  following modelDiscussion Seminar ?3-2
• Chapter 4 System simulation
• 4.1 Concept of simulation
• 4.2 Solving the model
• 4.3 Introduction to some softwares of
  simulation

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• Teaching contents
• Part 3 Some implications for simulation
• P3.1 Dynamic system of vehicles
• P3.2 Driving simulation system
• P3.3 Some implications for road traffic
  simulation
• Part 4 Computer graphics and virtual reality
  technology
• P4.1 Computer graphics and 3D graphic
  interface
• P4.2 Virtual reality technology fundamentals
  
• P4.3 virtual reality theroy
• P4.4 the application of virtual reality
  technology
• DiscussionSeminar ?3-3
• Experimental design and experiments.

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Reference books for teaching 1 Liu Zhaozhen
.System simulation . the first edition. Beijing
institute of technology publishing house..1998. 2
Zhang Xiaohua . System modeling and simulation.
Qinghua university publishing house..2006 3
SYSTEM MODELING AND SIMULATION, An Introduction
Frank L. Severrance, John Wiley Sons Ltd,
England 4 Wei Shuangyou Yang Xianglong Wang Hui
. Virtual reality and system simulation. National
defence industry press. The first edition 2004.
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Explaination By the teaching methods of
classroom instruction and development experiment
training, students will grasp the general
theories and research techniques , and
understand the virtual reality technology and
the usage of correlative simulation software. At
the same time, by the development experiments on
the large-scale road traffic simulator KMRTS
which has been researched self-determination,
students will understand the structure and theory
of KMRTS , grasp some models such as vehicle
dynamics model, vehicle collision model, traffic
flow model and clays characteristics model.
Through the study of this course, students will
know the research status and aspects in the field
of road traffic simulation, which will give a
favorable base for the research and application
in traffic engineering and transportation in the
future. This course is a check course. Writer
Examine and approver Teaching foundation
director
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