Automated process control in traffic telematics (PA)
| Module name |
VW-VI-108 |
|---|---|
| Participation |
Start: Every year in the summer semester |
| Scope of hours per week: |
4 SWS lecture, 2 SWS exercise, self-study |
| Lecturers: | |
| Language of instruction: | German |
| Prerequisites: | The competences to be acquired in the modules Linear Algebra and Analysis for Functions of One Variable, Differential Equations and Differential Calculus for Functions of Several Variables, Integral Transformations, Integral Calculus for Functions of Several Variables and Statistics, Computer Science in Transportation Engineering, Physics in Transportation Engineering, Statics and Strength of Materials as well as Kinematics and Kinetics are assumed. |
| Applicability: | The module is a compulsory module in the diploma program Transportation Engineering in the foundation course. It creates the prerequisites for the modules Measurement Technology, Road Traffic Control Technology, Computational Fundamentals and Tools of Traffic Process Automation and Fundamentals of Technology Assessment. |
| Examination performance: |
Summer semester: |
| Credit points & Module grade: |
7 credit points |
Aim of the module
Students know the basics of control and automation technology and understand their concepts and processes.
They are able to apply this knowledge to transportation systems. They have the ability to understand the theoretical and technical-technological fundamentals of traffic telematics systems and to assess their practical applicability, also on the basis of experience gained to date.
Content of the module
Process automation in traffic telematics
Contents of the module are the basics of process automation and
their application in traffic telematics, in particular:
- Objectives and contents of traffic telematics,
- Introduction to traffic telematics systems,
- Structure of regulations and control systems,
- Essential concepts of dynamic systems,
- Properties of dynamic systems and methods for checking them,
- Modeling of the "traffic" system (in particular road traffic, public transport, rail traffic) as a controlled system,
- Techniques for systematic controller design in the time and frequency
- frequency domain and
- Intermodal and computer-integrated traffic control systems.
Working materials for the courses
The lecture materials can be found in the OPAL course under: