Description
CAN and LIN communication protocols and AUTOSAR course.
- Overview of CAN and LIN Protocols: Introduction to CAN and LIN Protocols, Overview of the Reasons for the Development of CAN and LIN, Comparison of CAN with Other Serial Communication Protocols, CAN Automotive Network Architecture, CAN Protocol Features, CAN Frame Format
- Data frame, remote frame, error frame and CAN overload frame
- Arbitration process in Controller Area Network (CAN) communication protocols for resolving bus conflicts
- NRZ format Controller Area Network (CAN) protocol.
- Bit padding to avoid problems caused by the NRZ format
- Error handling and error detection
- Different types of errors like bit error, CRC error, ACK error, fixed form error.
- Concept of differential voltage in Controller Area Network (CAN).
- Control Area Network (CAN) node interface level.
- Controller Network (CAN) Receiver.
- Control Area Network (CAN) physical layer: CAN nodes, CAN bus voltage levels and node interface techniques, CAN bit timing and baud rate settings
- Control area network (CAN) data link layer: CAN bus arbitration, CAN bus fault confinement
- Comparison between Controller Area Network (CAN) and LIN
- Limitation of Controller Area Network (CAN)
- LIN frame format
- In-car network, LIN protocol features
- LIN physical layer: LIN nodes, LIN bus voltage levels and node interface techniques
- PID calculation (will be added soon)
- Checksum calculation (will be added soon)
- Error detection and management not included (will be added soon)
- Comparing CAN with FlexRay
- Flexery Protocol overview
- Features of the FlexRay communication protocol
What you will learn in the CAN and LIN communication protocols and AUTOSAR course
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CAN, LIN and FlexRay vehicle communication protocols
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Features of the LIN protocol and frame format
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CAPL Programming, Using Busmaster Programming, CAPL
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Training on building a CAN network using ARM Cortex M3
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Teaching how to build a CAN network with Arduino using model-based design (Simulink)
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Basics of AUTOSAR with real-time examples
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A Very Brief Overview of FlexRay
This course is suitable for those who
- Automotive Engineer
- Software Developers
- Professional software testing in the car
- Automotive Engineer
- Automotive industry engineer
- Hardware and software developers, electronics engineers, engineering students, faculty members, technicians and anyone who has the mod to build CAN and LIN networks.
- Embedded Systems Specialist
CAN and LIN communication protocols and AUTOSAR course specifications
- Publisher: Udemy
- Lecturer: Reshma Mane
- Training level: Beginner to advanced
- Training duration: 8 hours and 1 minute
- Number of courses: 76
CAN and LIN communication protocols and AUTOSAR course topics
CAN and LIN communication protocols and AUTOSAR course prerequisites
- Basics of Automotive and Electronics
Course Images
Sample video of the course
installation Guide
After extract, watch with your favorite player.
Subtitles: none
Quality: 1080p
download link
File Password: www.downloadly.ir
size
2.8 GB