Lectures:
- Introduction to the subject and issues of control algorithms in automotive.
- Method of algorithm design with respect to input requirements, system and software architecture.
- Decomposition of the system into functions and subproblems, functional linkages of algorithms.
- Programming conventions in automotive, choice of variable and function names, determination of the complexity of algorithm implementation.
- Overview of development platforms for automotive systems.
- Program code optimization, debugging, testing and stepping.
- Methods of creating control control structures.
- Processing and handling of automotive sensor data.
- Application of algorithms for automotive powertrain control.
- Application of algorithms for the control of vehicle chassis systems.
- Application of algorithms for vehicle comfort systems.
- Specifics of algorithms for ADAS systems.
- Selection of algorithms for autonomous driving of automobiles.
- Introduction to the subject and issues of control algorithms in automotive.
- Method of algorithm design with respect to input requirements, system and software architecture.
- Decomposition of the system into functions and subproblems, functional linkages of algorithms.
- Programming conventions in automotive, choice of variable and function names, determination of the complexity of algorithm implementation.
- Overview of development platforms for automotive systems.
- Program code optimization, debugging, testing and stepping.
- Methods of creating control control structures.
- Processing and handling of automotive sensor data.
- Application of algorithms for automotive powertrain control.
- Application of algorithms for the control of vehicle chassis systems.
- Application of algorithms for vehicle comfort systems.
- Specifics of algorithms for ADAS systems.
- Selection of algorithms for autonomous driving of automobiles.