Can Image Style Transfer Save Automotive Radar?

Jianning Deng, Kaiwen Cai, Chris Xiaoxuan Lu
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Abstract

Compared to RGB camera and Lidar, single chip automotive radar is a promising alternative sensor with robustness to adverse weathers. But the sparseness of radar output drastically hinders its usefulness for autonomous driving tasks. Up-sampling via image style transfer could be a cure for a sparse measurement. However, it remains unknown whether style transfer can be an effective solution to automotive radar which features different and unique sparse and noisy issues. In this paper, we evaluate a variety of predominant image style transfer methods for a typical ego-vehicle pose estimation task on the public nuScenes dataset, and find that though image style transfer methods can improve the visual quality of automotive radar measurements, they can hardly contribute to the utility of radar for downstream tasks.
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图像风格转换能拯救汽车雷达吗?
与RGB相机和激光雷达相比,单芯片汽车雷达是一种很有前途的替代传感器,具有对恶劣天气的鲁棒性。但雷达输出的稀疏性极大地阻碍了它在自动驾驶任务中的应用。通过图像风格转移进行上采样可以解决稀疏测量问题。然而,风格转换能否有效地解决汽车雷达的稀疏和噪声问题,仍然是一个未知的问题。本文对nuScenes公共数据集上典型的自驾车姿态估计任务的各种主要图像风格转移方法进行了评估,发现尽管图像风格转移方法可以提高汽车雷达测量的视觉质量,但它们很难有助于雷达在下游任务中的实用性。
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