Development and Evaluation of Wave Sensor Nodes for Ocean Wave Monitoring

Marimon Maricris Cuison; Tangonan Gregory; Libatique Nathaniel Joseph; Sugimoto Kenji

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Development and Evaluation of Wave Sensor Nodes for Ocean Wave Monitoring

机译：海浪监测波传感器节点的开发与评估

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摘要

Ocean wave monitoring is a significant activity in oceanography and forecasting. There are several techniques utilized for this activity ranging from local point buoys and wide-area satellites. This study focuses on constructing modular wave sensors that can be utilized efficiently in a local area wave monitoring system. This paper presents this development in different stages, namely, wave sensor construction, laboratory experiments and testing, field deployments, preprocessing technique application, and evaluation.

机译：海浪监测是海洋学和预报方面的重要活动。有多种技术可用于此项活动，包括本地浮标和广域卫星。这项研究的重点是构建可以在局域波监视系统中有效利用的模块化波传感器。本文介绍了此发展的不同阶段，即波传感器的构建，实验室实验和测试，现场部署，预处理技术的应用以及评估。

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来源
《Systems Journal, IEEE》 |2015年第1期|292-302|共11页
作者
Marimon Maricris Cuison; Tangonan Gregory; Libatique Nathaniel Joseph; Sugimoto Kenji;
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正文语种 eng
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关键词
Acceleration; Monitoring; Ocean waves; Receivers; Sea measurements; Sea surface; Surface waves; Alarm system; MEMS-based inertial measuring units; android application; environmental measurement; low-cost wave sensors; ocean wave monitoring; statistical analysis; threshold setting;

机译：加速度;监测;海浪;接收器;海域测量;海面;表面波;警报系统;基于MEMS的惯性测量单元;android应用;环境测量;低成本海浪传感器;海浪监测;统计分析;阈值设置;

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Development and Evaluation of Wave Sensor Nodes for Ocean Wave Monitoring

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