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Ansys and Moray share the latest autonomous driving and simulation technologies and industry trends

기사입력2023.04.19 08:54



Ansys and Moray to co-host KADF 2023 … 200 government agencies, companies, and research institutes expected to attend
Topic: 'Autonomous Driving and Simulation - The Best Way to Evaluate and Verify Autonomous Vehicle Performance'

Moray and Ansys will provide a platform to share the latest technology trends and development experiences in the autonomous driving industry and explore collaboration opportunities.

Morai announced on the 18th that it will co-host 'KADF 2023 (Korea Autonomous Developer Forum)' with Ansys Korea at the SKY31 Convention in Lotte World Tower, Jamsil on the 26th.

KADF is ANSYS' flagship annual event related to autonomous driving, and is a developer forum where you can share the latest technology trends and development experiences in the autonomous driving industry and explore collaboration opportunities.

In 2023, the topic will be ‘Autonomous Driving and Simulation – The Best Way to Evaluate and Verify Autonomous Vehicle Performance.’

Automobiles, which are directly related to human life, must be safer than anything else. In particular, autonomous vehicles with limited human intervention require thorough performance and safety testing, and numerous tests and verifications are needed for the development and commercialization of autonomous vehicles.

For this reason, simulation technology is becoming increasingly important. This is because simulation can simulate various situations that can occur in the real world, and through this, the performance and safety of autonomous driving systems can be predicted in advance, so it can be usefully utilized in evaluating and verifying autonomous vehicles.

Against this backdrop, the KADF2023 event will specifically look into △performance of autonomous vehicles and △evaluation methods using simulation technology. Along with this, we share the latest status, success stories, and technology trends of the domestic and international autonomous driving industry.

At KADF 2023, Mari Kawabata, Application Engineer Team Leader at ANSYS Japan, will present the ANSYS Autonomy toolchain and Mercedes-Benz case for autonomous driving function safety.

Jeonhyeong Seok, Director of Moray Mobility Technology Group, will present a case study of virtual sensor data applications using an autonomous driving simulator, while Dohoon Lee, Head of Research at KG Mobility, will introduce autonomous driving technology trends and trends.

We share the development of analysis technology for reviewing the optical performance of vehicle camera sensors by Kisangryeol HL, Senior Researcher at Clemub, and the method of building an ADB (Autonomous Driving Behavior) verification system using AVxcelerate and ANSYS SCADE products by Jihyun Choi, Senior Researcher at SL Corporation.

There will be presentations on success stories from various companies, including Dr. Yongwon Yoon of the Korea Automobile Testing & Research Institute on the everyday use of autonomous driving through mobility services and Timothy McDonald, CEO of EMA, on new methodologies for designing electric and autonomous vehicles for electromagnetic compatibility.

“ANSYS has been meeting with customers by hosting the annual KADF event with Moray to introduce trends in the autonomous driving industry,” said Moon Seok-hwan, CEO of ANSYS Korea. “We will continue to host events like KADF 2023 to introduce the current status of simulation technology and practical application cases related to autonomous vehicles, help participants understand, and provide opportunities for direct experience. As an industry leader, we will present the future of simulation.”

Jeong Ji-won, CEO of Morai, said, “Since autonomous vehicles are very important for ensuring safety and reliability, thorough testing and verification are necessary, and simulation is essential for this. “This event is expected to be a fruitful opportunity to examine various performance evaluation and verification methods that can be applied to the development of safer and more reliable autonomous vehicles,” he said.