Under and Through Water Datasets for Geospatial Studies: the 2023 ISPRS Scientific Initiative “NAUTILUS”

A. Calantropio, F. Menna, D. Skarlatos, C. Balletti, Gottfried Mandlburger, P. Agrafiotis, F. Chiabrando, A. Lingua, Alessia Giaquinto, E. Nocerino
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Abstract

Abstract. Benchmark datasets have become increasingly widespread in the scientific community as a method of comparison, validation, and improvement of theories and techniques thanks to more affordable means for sharing. While this especially holds for test sites and data collected above the water, publicly accessible benchmark activities for geospatial analyses in the underwater environment are not very common. Applying geomatic techniques underwater is challenging and expensive, especially when dealing with deep water and offshore operations. Moreover, benchmarking requires ground truth data for which, in water, several open issues exist concerning geometry and radiometry. Recognizing this scientific and technological challenge, the NAUTILUS (uNder And throUgh waTer datasets for geospatIaL stUdieS) project aims to create guidelines for new multi-sensor/cross-modality benchmark datasets. The project focuses on (i) surveying the actual needs and gaps in through and under-the-water geospatial applications through a questionnaire and interviews, (ii) launching a unique publicly available database collecting already existing datasets scattered across the web and literature, (iii) designing and identifying proper test site(s) and methodologies to deliver to the extended underwater community a brand-new multi-sensor/cross-modality benchmark dataset. The project outputs are available to researchers and practitioners in underwater measurements-related domains, as they can now access a comprehensive tool providing a synthesis of open questions and data already available. In doing so, past research efforts to collect and publish datasets have received additional credit and visibility.
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用于地理空间研究的水下和穿越水域数据集:国际摄影测量和遥感学会 2023 年科学倡议 "NAUTILUS"
摘要基准数据集作为一种比较、验证和改进理论与技术的方法,在科学界日益普及,这要归功于更经济实惠的共享手段。这尤其适用于在水面上收集的试验场地和数据,但在水下环境中用于地理空间分析的可公开访问的基准活动却并不常见。在水下应用地球空间技术具有挑战性,而且成本高昂,尤其是在处理深水和近海作业时。此外,基准测试需要地面实况数据,而在水下,有关几何和辐射测量的一些问题尚未解决。认识到这一科学和技术挑战,NAUTILUS(水下地理空间数据集)项目旨在为新的多传感器/跨模态基准数据集制定指导方针。该项目的重点是:(i) 通过问卷调查和访谈,调查水下地理空间应用的实际需求和差距;(ii) 启动一个独特的公开数据库,收集散落在网络和文献中的现有数据集;(iii) 设计和确定适当的测试场地和方法,为水下社区提供一个全新的多传感器/跨模态基准数据集。该项目的成果可供水下测量相关领域的研究人员和从业人员使用,因为他们现在可以访问一个综合工具,该工具综合了公开问题和已有数据。这样一来,过去收集和发布数据集的研究工作也获得了更多的荣誉和知名度。
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