@misc{https://doi.org/10.4121/17000107.v1,<br/><span class="tab"></span>
  doi = {10.4121/17000107.V1},<br/><span class="tab"></span>
  url = {https://data.4tu.nl/articles/_/17000107/1},<br/><span class="tab"></span>
  author = {Gawehn,<br/><span class="tab"></span> Matthijs},<br/><span class="tab"></span>
  keywords = {Civil Engineering,<br/><span class="tab"></span> FOS: Civil engineering,<br/><span class="tab"></span> cocos,<br/><span class="tab"></span> depth inversion,<br/><span class="tab"></span> coast,<br/><span class="tab"></span> waves,<br/><span class="tab"></span> video,<br/><span class="tab"></span> bathymetry,<br/><span class="tab"></span> on-the-fly,<br/><span class="tab"></span> self-adaptive,<br/><span class="tab"></span> near-surface currents,<br/><span class="tab"></span> phase velocity,<br/><span class="tab"></span> mapping,<br/><span class="tab"></span> Collection: Data and Software used in the MDPI Remote Sensing article A self-adaptive method for mapping coastal bathymetry on-the-fly from wave field video},<br/><span class="tab"></span>
  language = {en},<br/><span class="tab"></span>
  title = {Software for self-adaptive and on-the-fly mapping of coastal parameters from video of a wave field},<br/><span class="tab"></span>
  publisher = {4TU.ResearchData},<br/><span class="tab"></span>
  year = {2021},<br/><span class="tab"></span>
  copyright = {GPL-3.0}
}