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ADAS (Advance Driving Assistance System) Automotive Program
Rating: 3.5 out of 5(33 ratings)
89 students

ADAS (Advance Driving Assistance System) Automotive Program

Let's Reverse engineer the ADAS and go from Zero to Hero. Learn & build concepts on ADAS with this comprehensive course
Created byMohit khoria
Last updated 7/2023
English
English [Auto],

What you'll learn

  • Understand the concept of ADAS
  • Build concepts on ADAS sensors
  • Know how ADAS works and control vehicle
  • How ADAS is beneficial to us

Course content

3 sections • 13 lectures • 45m total length

  • Introduction4:06

    Explore the basics of advanced driving assistance systems (adas), including levels, active and passive applications, sensor fusion, and how outputs alert or take control to prevent accidents and aid driving.

  • Levels of ADAS3:18

    Explore the six levels of ADAS from level 0 to level 5, highlighting manual control, driver-assisted features like cruise control and 360 cameras, and automated driving systems for higher levels.

  • Importance of ADAS3:44

    Learn how ADAS detects hazards, warns drivers, and brakes for pedestrians and blind spots. The system analyzes driving behavior to aid lane changes and enables predictive maintenance.

  • Types & Application of ADAS2:21

    Discover passive and active adas types, such as blind spot detection, parking sensors, and automated braking, and learn how activators like adaptive cruise control enable safer driving.

  • Application of ADAS3:14

    Explore adas applications including adaptive cruise control, blind spot monitoring, automated parking, object detection and classification, distance estimation, lane keeping, traffic sign recognition, traffic assist, surround view, and v2 connectivity.

  • Components of ADAS2:21

    Identify the sensors used in adas, such as radar, lidar, ultrasonic, camera, antenna, and imu, and explain how they feed processing to output alerts, acceleration, braking, and steering.

Requirements

  • No prior knowledge required

Description

Have you ever heard of Tesla or seen the video of Tesla - Autopilot? In some videos, the driver is sleeping, and the car is controlled automatically, this is achieved by ADAS (Advanced Driving Assistance System).

In ADAS (Advance Driving Assistance System), sensors are used to detect and sense conditions and control the car in the form of steering, braking, acceleration and driver alert. ADAS uses various sensors placed around the car to detect the surroundings and act accordingly. The data is processed by sensor fusion and processors and generates output in the form of steering, braking, acceleration and driver alert.

Some common ADAS are Lane reconstruction, 360deg view, object detection, distance estimation, functionality in bad weather, range of visibility, parking assistance, object classification, blind spot detection, steering vibration (driver alert) and many more.

Course Curriculum:


  • Introduction to ADAS

  • Level of ADAS

  • Importance of ADAS

  • Types and applications of ADAS

  • Components of ADAS

  • ADAS sensors

  • Sensors location

  • Sensors processing

  • Sensors output

  • V2X

This course is best suited for Mechanical, Electrical, and Electronics engineers who want to upskill themselves or want to learn about ADAS (Advance Driving Assistance System). No prior knowledge of automobiles or sensors is required. See you inside

Thank you

Who this course is for:

  • Engineers who wants to learn ADAS
  • Engineering students who wants to upskill themselves

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