Towards a methodology for training with synthetic data on the example of pedestrian detection in a frame-by-frame semantic segmentation task
Atanas Poibrenski, Janis Sprenger, Christian Alfons Müller · 2018
In order to make highly/fully automated driving safe, synthetic training and validation data will be required, because critical road situations are too divers and too rare. A few studies on using synthetic data have been published, reporting a general increase in accuracy. In this paper, we propose a novel method to gain more in-depth insights in the quality, performance, and influence of synthetic data during training phase in a bounded setting. We demonstrate this method for the example of pedestrian detection in a frame-by-frame semantic segmentation class.