Action Conditioned Response Prediction with Uncertainty for Automated Vehicles

  • Kim, Hayoung
  • Kim, Gihoon
  • Park, Jongwon
  • Min, Kyushik
  • Kim,Dongchan
  • 외 1명
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초록

Interaction-aware prediction is a critical component for realistic path planning that prevents automated vehicles from overly cautious driving. It requires to consider internal states of other driver such as driving style and intention, which the automated vehicle cannot directly measure. This paper proposes a probabilistic driver model for response prediction given the planned future actions of automated vehicle. The drivers internal states are considered in an unsupervised manner. The prediction model utilizes mixture density network to estimate future acceleration and yaw-rate profile of interacting vehicles. The proposed method is evaluated by using real-world trajectory data.

키워드

action conditioned predictionautonomous vehiclemixture density networkresponse predictionAutomationAutonomous vehiclesForecastingMixturesMotion planningVehiclesAutomated vehiclesCritical componentDriver modelingInternal stateMixture densityPrediction modelReal-world trajectoriesResponse predictionSignal processing
제목
Action Conditioned Response Prediction with Uncertainty for Automated Vehicles
저자
Kim, HayoungKim, GihoonPark, JongwonMin, KyushikKim,DongchanHuh, Kun Soo
DOI
10.1109/ISPACS48206.2019.8986322
발행일
2019-12
유형
Conference Paper
저널명
Proceedings of the International Symposium on Intelligent Signal Processing and Communication Systems, ISPACS
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1 ~ 2