Simulation design of mechanical laser radar sensor based on raytrace technology
ID：35
View Protection：PUBLIC
Updated Time：2022-12-20 09:08:24
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Poster Presentation
Start Time：Pending （Asia/Shanghai）
Duration：Pending
Session：[No Session] » [No Session Block]
Abstract
Virtual scene has become an indispensable link in the field of automatic driving research and development because it can quickly carry out automatic driving simulation and algorithm verification. Realizing the simulation of lidar sensor in virtual scene is the basis of automatic driving under simulation conditions. Based on the ray tracing technology of the Unreal Engine 4, a mechanical lidar sensor is developed and designed in the virtual environment. The sensor is implemented by Actor class in the Unreal Engine 4, and the simulation of the lidar sensor is realized by four functions: sensor parameter setting, scence scanning, collision detection and coordinate conversion. The sensor adopts modular design to realize the separation of sensor and virtual scene, so that the sensor can be applied to other virtual scenes developed through the Unreal Engine 4. Finally, the designed lidar sensor is tested, and the obtained data are compared with the actual scene. The experimental results show that the lidar sensor can effectively scan the scene data.
Keywords
lidar sensor, raytrace technology, sensor simulation
Speaker
Sun Jiayu
School of Electronics and Information Engineering Harbin Institute of TechnologyAll comments
15th August 2022 25th September 2022 - Manuscript Submission
15th October 2022 - Acceptance Notification
1st November 2022 - Camera Ready Submission
1st November 2022 10th November 2022 - Early Bird Registration
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