用于人体检测的消费类侧扫描声纳数据集

Toni Aaltonen
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引用次数: 0

摘要

将现代深度神经网络与声纳一起使用的主要问题之一是缺乏数据集,甚至很少有消费者级声纳收集的数据集。介绍了一种新的水下人体侧扫声呐数据集。数据收集使用消费类Garmin 8400 Xsv声纳与GT54UHD-TM传感器。数据集收集于芬兰劳马附近波罗的海浅海沿岸水域。该数据集包含331张人类图像,以及364张其他物体(如轮胎和岩石)的图像。数据集包含从对象裁剪的图像和全分辨率图像。数据从两个不同的位置收集,使用不同的声纳设置。所有图像都来自海底的两名救援潜水员。本文还介绍了收集数据集的标准数据分割,用于训练、验证和测试数据,以对不同模型进行基准测试,以及基于ROS的数据收集系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Consumer Class Side Scanning Sonar Dataset for Human Detection
One of the leading problems for using modern deep neural networks with sonars is the lack of datasets, even rarer are datasets that are collected with consumer class sonars. This paper introduces a novel side scanning sonar dataset for humans under water. Data is collected with consumer class Garmin 8400 Xsv sonar with GT54UHD-TM transducer. Dataset is collected in shallow coastal water of the Baltic Sea, near Rauma Finland. The dataset contains 331 images of humans, and 364 images with other objects like tires and rocks. Dataset contains cropped images from objects, and full resolution images. Data is collected from two different locations, with different sonar settings. All images are from two rescue divers at the bottom of the sea. This Paper also introduces standard data split for collected dataset for training, validation, and test data for benchmarking different models with dataset, and the data collection system based on ROS.
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