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Local Interconnect Network-LIN Protocol
Rating: 4.0 out of 5(47 ratings)
242 students

Local Interconnect Network-LIN Protocol

Learn LIN protocol from scratch
Created byVenkatesh Mane, Reshma Mane
Last updated 5/2020
English
English [Auto],

What you'll learn

  • Fundamentals of LIN communication Protocol

Course content

2 sections • 12 lectures • 58m total length

  • Course and author introduction1:56

    Introduce the local interconnect network (LIN) protocol course and its author, outline automotive communication protocols, and compare CAN, LIN, and FlexRay, including master–slave architectures.

  • Introductions LIN protocol & Features of LIN11:54

    Introduce LIN protocol as a low-cost single-wire master-slave network for body control applications, highlighting self-synchronization, guaranteed latency, and on-chip implementation without extra hardware.

  • Conventional Networking V/S LIN Networking2:13

    Compare conventional point-to-point networking with the LIN bus, showing how a single LIN wire replaces multiple connections for sensors and actuators.

  • LIN Network Workflow5:18

    Learn LIN network workflow by creating master and slave software from description file and analyzing bus signals with a LIN bus analyzer, including master-controlled message order and 16-node error handling.

  • LIN Network communication8:12

    Explain how the master initiates bus communication and schedules data with slaves. Highlight sync break, sync field, and PIV (protected identifier) that identify sender, receiver, and data.

Requirements

  • Basics of Automotive systems

Description

  • LIN protocol overview: Introduction to the LIN protocol, Overview of Reasons for the development of LIN protocol,  Comparison of LIN protocol with CAN  protocol communication protocol, Intra-vehicle network, Features of LIN protocol, Frame formats of LIN protocol

  • LIN protocol physical layer: LIN protocol nodes, LIN  protocol Bus voltage levels, and node interfacing techniques

  • PID Calculation

  • Checksum Calculation

  • Error detection and Handling

  • key differences between CAN protocol and LIN protocol

  • advantages of LIN protocol over CAN protocol

  • limitations of LIN protocol compared to CAN protocol

  • Different types of frame formats of LIN

  • Applications of LIN protocol

  • Need for the new protocol like LIN

  • Classical checksum calculation method

  • Protected identifier details and its calculation

  • LIN network communication

  • master-slave concepts in LIN network

  • Data transmissions in LIN network

  • broadcast communication

  • LIN protocol overview: Introduction to the LIN protocol, Overview of Reasons for the development of LIN protocol,  Comparison of LIN protocol with CAN  protocol communication protocol, Intra-vehicle network, Features of LIN protocol, Frame formats of LIN protocol

  • LIN protocol physical layer: LIN protocol nodes, LIN  protocol Bus voltage levels, and node interfacing techniques

  • LIN protocol overview: Introduction to the LIN protocol, Overview of Reasons for the development of LIN protocol,  Comparison of LIN protocol with CAN  protocol communication protocol, Intra-vehicle network, Features of LIN protocol, Frame formats of LIN protocol

  • LIN protocol physical layer: LIN protocol nodes, LIN  protocol Bus voltage levels, and node interfacing techniques


Who this course is for:

  • Embedded system professionals
  • automotive industry engineers
  • researchers
  • hardware and software developers, electronics engineers, engineering students, faculty members, technicians, and anybody who has fashion for building CAN network.

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