综述海上搜救中利用无人机图像自动识别人员的技术进展。
Maritime Search and Rescue Missions with Aerial Images: A Survey
- 系统梳理传统方法与深度学习在海面人员检测中的应用
- 指出合成数据可有效解决真实数据采集难的问题
- 适合关注智能搜救、计算机视觉应用的研究者
海上搜救响应速度至关重要,生存机会往往取决于及时救援。近年来,配备摄像头和其他传感器的无人机(UAV)技术进步,推动了更高效的海上遇险人员定位系统发展。过去十年间,多位研究者致力于开发基于航空图像自动检测人员的系统,尤其利用深度学习优势。本文全面综述该领域现有文献,分析从传统方法到机器学习与神经网络的各类技术方案。同时,探讨使用合成数据以覆盖更广泛场景,避免因实地部署采集数据带来的困难。整体上,本论文帮助读者快速掌握不同情境下最合适的检测方法,并深入讨论未来发展趋势。
原文摘要 · Abstract (English)
The speed of response by search and rescue teams at sea is of vital importance, as survival may depend on it. Recent technological advancements have led to the development of more efficient systems for locating individuals involved in a maritime incident, such as the use of Unmanned Aerial Vehicles (UAVs) equipped with cameras and other integrated sensors. Over the past decade, several researchers have contributed to the development of automatic systems capable of detecting people using aerial images, particularly by leveraging the advantages of deep learning. In this article, we provide a comprehensive review of the existing literature on this topic. We analyze the methods proposed to date, including both traditional techniques and more advanced approaches based on machine learning and neural networks. Additionally, we take into account the use of synthetic data to cover a wider range of scenarios without the need to deploy a team to collect data, which is one of the major obstacles for these systems. Overall, this paper situates the reader in the field of detecting people at sea using aerial images by quickly identifying the most suitable methodology for each scenario, as well as providing an in-depth discussion and direction for future trends.
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