Welcome to Automotive Embedded Engineering: Network Protocol Basics, followed by the Network Protocol Basics course. This program provides a good grounding in why and what vehicle network protocols are in the context, especially in automotive software engineering. This knowledge should not be lacking for anyone in automotive engineering, especially as vehicles become more complex and smarter with network protocols.
In this course, "Automotive Embedded Engineering: Network Protocol Basics,” you learn about several protocols: CAN, CAN FD, Flex Ray, and LIN. The basic structure of the CAN will be presented, followed by the extended standard CAN with Flexible Data Rate (CAN FD). After that, you will look into the advanced Flex Ray protocol, and lastly, you will look into the rather easy-to-understand Local Interconnect Network (LIN) protocol. Every section presents the rationale behind the development of the particular protocol, its major characteristics, and the goal of creation, so you will be able to view how all these protocols are useful for contemporary automotive systems.
By the end of this course, "Automotive Embedded Engineering: Network Protocol Basics,” you will grasp how these protocols enhance the dependability of car networks. You will be able to apply this knowledge in your current job assignment and to other advancements in the automotive industry.
Automotive Embedded Engineering: Network Protocol Basics Table of Contents:
- What's CAN Protocol? - 04:24
- What is a CAN Frame? - 10:43
- What is a CAN Node Error Frame? - 08:26
- What's CANFD Protocol? How is it different from CAN? - 05:48
- What's FlexRay Protocol? - 08:04
- How does FlexRay Protocol work? - 07:36
- How does LIN Protocol work? - 07:15
Who is this course for?
- Beginners: This is good for beginners who are new to automotive embedded systems and wish to get an idea of car networks.
- Intermediate Learners: Ideal for people who want to enhance their existing knowledge of automotive network protocols.
- Experts: A very good chance for viewers to update and strengthen in their minds the obvious material on automotive network protocols.
