Autonomous Vehicle Radar Sensor Testing Bootcamp
  • Courses
  • 15 items

Join Keysight engineers for an in-depth exploration of testing autonomous vehicle radar sensors. They'll guide you through the latest standards and emerging engineering challenges, with insights to help you stay ahead of the curve. By the end of this bootcamp, you will understand the technological advancements on the road to increased vehicle autonomy, the test challenges this presents, and methodologies for addressing these challenges.

Learn:

  • What it takes to get to level 5 vehicle automation.
  • How radar sensors and sensor technologies evolved and the differences between software simulation and emulating real world driving scenarios.
  • How to conduct closed loop testing and mRTS scene emulation technology with Keysight's Radar Scene Emulator.

This bootcamp is ideal for sensor test engineers and anyone looking to gain a deeper understanding of testing radar sensors for autonomous vehicles.

Lessons
Lesson 1 - The Autonomous Driving Outlook of Today, Tomorrow, and in the Future

Lesson 1 - The Autonomous Driving Outlook of Today, Tomorrow, and in the Future

Provides an overview of the progress that has been made in autonomous driving, and discusses the challenges that still need to be addressed before fully autonomous vehicles are a reality.
Steer Toward Full Vehicle Autonomy with Confidence

White Papers

Steer Toward Full Vehicle Autonomy with Confidence

This white paper outlines the gaps in autonomous vehicle testing and validation, the key technology advancement to address the challenges, and how you can achieve greater confidence in ADAS functionality with the Keysight Radar Scene Emulator.
Driving Made Safer With Automotive Radar

Posters

Driving Made Safer With Automotive Radar

Automotive radar is an important technology for modern vehicles, enabling many advanced driver assistance systems (ADAS) applications, and autonomous driving technology. As radar technology continues to evolve, with higher frequencies, wider bandwidths, better resolution, and the need for it to detect multiple radar targets, it can be a challenge to stay current with evolving design and verification requirements. Find out what new automotive radar test solutions are available today to help pave the way for autonomous driving.
Lesson 2 - Level Up Your Autonomous Vehicle

Lesson 2 - Level Up Your Autonomous Vehicle

Explains the different levels of automation that have been defined by the Society of Automotive Engineers (SAE), and discusses the implications of these levels for the testing of autonomous vehicles.
Lesson 3 - Complex Challenges in Testing ADAS/AV Functions

Lesson 3 - Complex Challenges in Testing ADAS/AV Functions

Displays the complex challenges that arise when testing autonomous vehicle functions, such as the need to create realistic test scenarios and the need to verify the performance of the vehicle in a variety of conditions.
Evolving Your ADAS and AV Tests with Emulation Capability

White Papers

Evolving Your ADAS and AV Tests with Emulation Capability

This white paper provides insights and key steps needed to sign off on new ADAS and AV functionality confidently.
Enhancing Automotive Radar End-of-Line Testing (EoLT) Efficiency with PMA

Application Notes

Enhancing Automotive Radar End-of-Line Testing (EoLT) Efficiency with PMA

Keysight's Automated Radar Test System, coupled with the power of PathWave Manufacturing Analytics (PMA), provides a comprehensive solution for the automotive radar manufacturing process.
Mitigating Interference in Automotive Radar Systems

Application Notes

Mitigating Interference in Automotive Radar Systems

This application note introducing testing methodologies for interference in FMCW radar.
Over-the-Air Measurement for Imaging Radar

Application Notes

Over-the-Air Measurement for Imaging Radar

Learn how a compact antenna test range setup for automotive 4D imaging radar measurements complements the traditional direct far-field setup, with numerous advantages, particularly in manufacturing testing.
Understanding FMCW Automotive Radar

Application Notes

Understanding FMCW Automotive Radar

This application note discusses how to test frequency modulated continuous waveform (FMCW) for automotive radar technology, particularly the wideband 76 – 81 GHz range.
Lesson 4 - Closing the Gap between Real World Testing and Software Simulation

Lesson 4 - Closing the Gap between Real World Testing and Software Simulation

Discusses the limitations of software simulation for testing autonomous vehicles, and introduces the concept of radar scene emulation as a way to bridge the gap between real world testing and software simulation.
Lesson 5 - Validate Radar Perception Algorithms in the Lab

Webinars

Lesson 5 - Validate Radar Perception Algorithms in the Lab

Automotive radar needs testing across sensor designs, bumper placements, and mounting variations to ensure accurate object detection for ADAS and AD systems. Keysight's Radar Scene Emulator validates this perception in a lab environment.
Lesson 6 - Software Simulation to Render Real‐World Complex Scenes

Lesson 6 - Software Simulation to Render Real‐World Complex Scenes

Discusses how software simulation can be used to render real-world complex scenes for testing autonomous vehicle radar sensors. Software simulation can be used to create realistic driving scenarios that can be used to test the performance of radar sensors in a safe and controlled environment. This can help to close the gap between real-world testing and software simulation, and can help to ensure that autonomous vehicles are safe and reliable.
Lesson 7 - Enable the Next Generation Vehicle Autonomy

Lesson 7 - Enable the Next Generation Vehicle Autonomy

Demonstrates how full scene emulation technology can be used to create realistic driving scenarios for testing autonomous vehicle functions. It also discusses the benefits of using full scene emulation, such as the ability to test in a safe and controlled environment, and the ability to test a wide variety of driving scenarios.
Radar Scene Emulator

Data Sheets

Radar Scene Emulator

This is a summary of the pdf document about how Keysight Technologies, a leading provider of test and measurement solutions, offers the Radar Scene Emulator (RSE), a core element of the Autonomous Drive Emulation (ADE) platform.
Related Product
E8719A Radar Target Solution

hardware

E8719A Radar Target Solution

Radar target simulator for automotive radar sensors, 76 to 81 GHz, 4D / imaging radar ready, with over-the-air path loss calibration.
Related Use Case
How to Test Autonomous Driving NCAP Scenarios

How to Test Autonomous Driving NCAP Scenarios

Emulate complex traffic scenes to train automotive radar sensor algorithms