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Automotive Embedded – SET 10

Automotive Embedded Engineers

Advanced Communication and AUTOSAR

1 / 10

Software validation checks if the product meets design intent.

2 / 10

CAN FD allows larger data payload than standard CAN.

3 / 10

An actuator can be both electrical and hydraulic.

4 / 10

Real-time systems respond within fixed time limits.

5 / 10

MIL testing uses real hardware.

6 / 10

In model-based design, code is written manually.

7 / 10

HIL testing stands for Hardware in the Loop.

8 / 10

The CAN bus uses two wires for communication.

9 / 10

ISO 14229 defines the UDS protocol.

10 / 10

Functional safety focuses on risk reduction in ECUs.

Your score is

The average score is 91%

0%

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  • Courses
    • MBD Basic
      • Introduction to Model Based Development for Automotive Using SIMULINK
      • Introduction to MATLAB Scripting for Automobile Engineering
      • Introduction to Model Based Development for Automotive – Basic Understanding
      • Learn MBD concept focus on MIL and SIL Testing
    • MBD Intermediate
      • Simulink for Automotive with Model-Based Development Basics
      • MATLAB Scripting with Model-Based Development Basics
      • MATLAB Simulink and Scripting Foundations for Automotive MBD
    • MBD Advance
      • A Complete Automotive Model Based Development
    • UDS Course
      • Complete Beginner Program in Automotive MBD and UDS
      • Introduction To Unified Diagnostic Services (UDS) – AUTOSAR and MBD Explained
    • EV Course
      • Introduction to Battery Technology for Electric Vehicle
    • Free Course
    • Courses Demo Video
  • Study Material
    • Automotive Embedded
      • Automotive Embedded
      • Software Development
    • MATLAB
      • MATLAB Interview Q&A
      • Simulink Tutorial
      • M-Scripting Tutorial
    • AUTOSAR
      • AUTOSAR Architecture
    • ISO 26262
  • Blogs
  • More
    • About Us
    • Terms and Conditions
    • Contact Us
    • Disclaimer
    • Privacy Policy
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