Target-driven Self-Distillation for Partial Observed Trajectories Forecasting

• URL: http://arxiv.org/abs/2501.16767v1
• Date: Tue, 28 Jan 2025 07:46:13 GMT
• Title: Target-driven Self-Distillation for Partial Observed Trajectories Forecasting
• Authors: Pengfei Zhu, Peng Shu, Mengshi Qi, Liang Liu, Huadong Ma,
• Abstract summary: We introduce a Target-driven Self-Distillation method (TSD) for motion forecasting. By employing self-distillation, the model learns from the feature distributions of both fully observed and partially observed trajectories. This enhances the model's ability to predict motion accurately in both fully observed and partially observed scenarios.
• Score: 41.636125879090116
• License:
• Abstract: Accurate prediction of future trajectories of traffic agents is essential for ensuring safe autonomous driving. However, partially observed trajectories can significantly degrade the performance of even state-of-the-art models. Previous approaches often rely on knowledge distillation to transfer features from fully observed trajectories to partially observed ones. This involves firstly training a fully observed model and then using a distillation process to create the final model. While effective, they require multi-stage training, making the training process very expensive. Moreover, knowledge distillation can lead to a performance degradation of the model. In this paper, we introduce a Target-driven Self-Distillation method (TSD) for motion forecasting. Our method leverages predicted accurate targets to guide the model in making predictions under partial observation conditions. By employing self-distillation, the model learns from the feature distributions of both fully observed and partially observed trajectories during a single end-to-end training process. This enhances the model's ability to predict motion accurately in both fully observed and partially observed scenarios. We evaluate our method on multiple datasets and state-of-the-art motion forecasting models. Extensive experimental results demonstrate that our approach achieves significant performance improvements in both settings. To facilitate further research, we will release our code and model checkpoints.

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