Real-Time Terrain Condition Detection for Off-Road Driving Based on Transformer

  • Shon, Hyukju
  • Choi, Seungwon
  • Huh, Kunsoo
Citations

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7
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7

초록

Off-road driving is dangerous due to the deformation and irregularities of the road surface. The diverse nature of off-road surfaces makes it difficult to identify the safety of the driving surface. In this study, a Transformer-based neural network is proposed to estimate the drivability of various off-road surfaces, aiming to discern whether the terrain is safe to drive or potentially dangerous. The network only utilizes Controller Area Network (CAN)-bus signals from the vehicle, which makes it easy to implement on a readily available vehicle. To train the network, driving data was collected from a diverse range of off-road environments, from areas where novice drivers can drive safely to hazardous areas where expert drivers get stuck. We also propose a post-processing algorithm to filter out false estimations and limit frequent changes in estimation, as these can have detrimental effects on real-world systems. The performance of our algorithm was evaluated in real-time on various off-road surfaces showing high level of accuracy.

키워드

Terrain drivability detectionterrain type detectiontime-series classificationTransformerDYNAMICSPOLICY
제목
Real-Time Terrain Condition Detection for Off-Road Driving Based on Transformer
저자
Shon, HyukjuChoi, SeungwonHuh, Kunsoo
DOI
10.1109/TITS.2024.3368476
발행일
2024-09
유형
Article in press
저널명
IEEE Transactions on Intelligent Transportation Systems
25
9
페이지
11726 ~ 11738