The Seaformatics technology demonstration project

Andrew Cook, V. Mašek, G. Holden, Adam Press, R. Boyd
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Abstract

Memorial University of Newfoundland has completed a project entitled the Ocean Network Seafloor Instrumentation (later renamed Seaformatics Project), which began in 2007 and was funded by the Atlantic Canada Opportunities Agency (ACOA) - Atlantic Innovation Fund (AIF) and a number of other organizations. The concept behind Seaformatics was to develop technologies to enable the long-term deployment of an array of seafloor-mounted ocean sensors. The prototype node - called a Seaformatics Pod - has been successfully tested in Memorial University's Marine Institute flume tank and was field tested in Conception Bay in 2012. The project team proposed to perform a long term trial in Placentia Bay in partnership with Husky Energy. The project will provide much-needed data on the reliability of the Seaformatics Pod platform and prove that the Seaformatics Pod is capable of delivering ocean sensor data for other applications of interest to industry users. For Memorial University, success will result in a Seaformatics Pod prototype that is market-ready, which will in turn better enable the University to commercialize the technology for the global marketplace. This paper describes the 2nd generation pod prototype in detail, gives an overview of the demonstration projects goals and presents the preliminary results of the field program.
Seaformatics技术示范项目
纽芬兰纪念大学已经完成了一个名为海洋网络海底仪器(后更名为Seaformatics项目)的项目,该项目始于2007年,由加拿大大西洋机会局(ACOA) -大西洋创新基金(AIF)和其他一些组织资助。Seaformatics背后的概念是开发技术,使海底安装的海洋传感器阵列能够长期部署。这个原型节点被称为Seaformatics Pod,已经在纪念大学海洋研究所水槽中成功测试,并于2012年在康森普辛湾进行了现场测试。项目团队建议与赫斯基能源公司合作,在Placentia Bay进行长期试验。该项目将为Seaformatics Pod平台的可靠性提供急需的数据,并证明Seaformatics Pod能够为行业用户感兴趣的其他应用提供海洋传感器数据。对于纪念大学来说,成功将导致Seaformatics Pod原型进入市场,这将更好地使大学能够将该技术商业化,面向全球市场。本文详细介绍了第二代吊舱原型,概述了示范项目的目标,并介绍了实地计划的初步结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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