We Invite you to a Radar SImulation Training!
As the importance of Camera, Radar, and LiDAR sensors continues to rise for Autonomous Driving, ensuring the performance of these sensors is crucial. There is a growing interest in high-performance sensors to enable Autonomous Driving even in unexpected hazards and weather conditions, with a particular focus on the application of 4D radar sensors, which has become a key issue for major companies.
Divine Technology, in collaboration with the Korea Radio Promotion Association (RAPA), is organizing a 'Radar Simulation for Autonomous Driving training program' in June.
Join us to benefit from expert lectures on 4D Radar.
Event Details:
- Date: June 8th (Thursday) to June 9th (Friday) / 2days
- Time: 10:00 AM ~ 5:00 PM
- Fee: Free
- Location: Ansys Korea (20th floor, State Tower Namsan, 100 Toegye-ro, Jung-gu, Seoul)
- Instructors: Dr. Yujin Hyun from DGIST, and Mr. Changsen Yu from Divine Technology
For more Information, please visit the link of Korea Radio Promotion Association (RAPA)
For inquiries, please contact:
82-2-317-6133 / jhkwag@rapa.or.kr
Join us to enhance your knowledge in radar simulation for autonomous driving.
Curriculum:
Day 1
1. Understanding 4D Radar
(1) Trends and Industry Outlook of 4D Radar Sensor Technology
(2) FMCW Waveform Design Techniques
(3) MIMO Radar Sensor Configuration Methods
2. 4D Radar Simulation
(1) Overview of 4D Radar Simulation
(2) Implementation of Virtual 4D Radar
(3) Implementation of Physics-Based Virtual Environments and Objects
Day 2
1. Fundamentals of Driving Simulations
(1) Overview of Driving Simulations
(2) Approaches to Implementing Virtual Driving Scenarios
2. Radar Simulation in Driving Scenarios
(1) Integrating Radar Simulation with Driving Simulators
(2) Post-Simulation Processing and Analysis Methods
We Invite you to a Radar SImulation Training!
As the importance of Camera, Radar, and LiDAR sensors continues to rise for Autonomous Driving, ensuring the performance of these sensors is crucial. There is a growing interest in high-performance sensors to enable Autonomous Driving even in unexpected hazards and weather conditions, with a particular focus on the application of 4D radar sensors, which has become a key issue for major companies.
Divine Technology, in collaboration with the Korea Radio Promotion Association (RAPA), is organizing a 'Radar Simulation for Autonomous Driving training program' in June.
Join us to benefit from expert lectures on 4D Radar.
Event Details:
For more Information, please visit the link of Korea Radio Promotion Association (RAPA)
For inquiries, please contact:
82-2-317-6133 / jhkwag@rapa.or.kr
Join us to enhance your knowledge in radar simulation for autonomous driving.
Curriculum:
Day 1
1. Understanding 4D Radar
(1) Trends and Industry Outlook of 4D Radar Sensor Technology
(2) FMCW Waveform Design Techniques
(3) MIMO Radar Sensor Configuration Methods
2. 4D Radar Simulation
(1) Overview of 4D Radar Simulation
(2) Implementation of Virtual 4D Radar
(3) Implementation of Physics-Based Virtual Environments and Objects
Day 2
1. Fundamentals of Driving Simulations
(1) Overview of Driving Simulations
(2) Approaches to Implementing Virtual Driving Scenarios
2. Radar Simulation in Driving Scenarios
(1) Integrating Radar Simulation with Driving Simulators
(2) Post-Simulation Processing and Analysis Methods