English

Creating Impactful Autonomous Driving Datasets: A Strategic Guide from Research Gap to Benchmark

Computer Vision and Pattern Recognition 2026-07-01 v1 Artificial Intelligence Robotics

Abstract

Well-designed autonomous driving datasets have fundamentally shaped research progress, yet existing literature primarily describes what datasets contain rather than how to strategically design impactful ones. This is especially limiting for small and medium-sized labs and startups that cannot afford to misallocate scarce resources. We argue that impactful dataset creation begins with a diagnosis: whether a research question is blocked by a data problem or an evaluation problem, and proceeds by selecting the minimal data operator(s) that closes the resulting gap, recording new data only when no cheaper operator(s) suffices. We analyze the evolution of major autonomous driving (AD) datasets through this lens and distill a strategic framework spanning gap identification, operator choice, sensor suite design, and annotation strategy. We ground the framework in a running case study of our KITScenes dataset family. The datasets are available at: https://kitscenes.com/

Keywords

Cite

@article{arxiv.2607.00710,
  title  = {Creating Impactful Autonomous Driving Datasets: A Strategic Guide from Research Gap to Benchmark},
  author = {Richard Schwarzkopf and Jonas Merkert and Frank Bieder and Annika Bätz and Alexander Blumberg and Carlos Fernandez and Felix Hauser and Fabian Immel and Christian Kinzig and Hendrik Königshof and Fabian Konstantinidis and Martin Lauer and Willi Poh and Nils Rack and Kevin Rösch and Yinzhe Shen and Marlon Steiner and Gleb Stepanov and Dominik Strutz and Ömer Şahin Taş and Julian Truetsch and Kaiwen Wang and Royden Wagner and Jan-Hendrik Pauls and Christoph Stiller},
  journal= {arXiv preprint arXiv:2607.00710},
  year   = {2026}
}

Comments

Keywords: Autonomous Driving, Dataset Design, Benchmarks, Research Gap Identification. 14 pages, 3 figures