Analysis of Training Object Detection Models with Synthetic Data
Bram Vanherle, Steven Moonen, Frank Van Reeth, Nick Michiels

TL;DR
This paper investigates how synthetic data can be effectively used for training object detection models, analyzing data generation, training techniques, and the integration of real images to improve performance amidst domain gaps.
Contribution
It provides a comprehensive analysis of synthetic data usage for object detection, including experiments on data variation, training methods, and combining real and synthetic data.
Findings
Certain data variations improve synthetic training effectiveness
Training techniques enhance generalization to real data
Combining real and synthetic images boosts detection performance
Abstract
Recently, the use of synthetic training data has been on the rise as it offers correctly labelled datasets at a lower cost. The downside of this technique is that the so-called domain gap between the real target images and synthetic training data leads to a decrease in performance. In this paper, we attempt to provide a holistic overview of how to use synthetic data for object detection. We analyse aspects of generating the data as well as techniques used to train the models. We do so by devising a number of experiments, training models on the Dataset of Industrial Metal Objects (DIMO). This dataset contains both real and synthetic images. The synthetic part has different subsets that are either exact synthetic copies of the real data or are copies with certain aspects randomised. This allows us to analyse what types of variation are good for synthetic training data and which aspects…
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Taxonomy
TopicsAdvanced Neural Network Applications · Image and Object Detection Techniques · Machine Learning and Data Classification
