Systematic Ocean Exploration Enabled by Telepresence Technology

Catalina Martinez; Dwight F. Coleman; Katherine L.C. Bell; Webb Pinner; Craig W. Russell

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Systematic Ocean Exploration Enabled by Telepresence Technology

机译：远程呈现技术实现的系统海洋勘探

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Telepresence provides an individual or group of individuals with the data and information necessary for participation in an event or effort live when not physically present. This concept is not new, as telepresence technology has been applied in myriad ways for decades by government agencies and private industry. The vision of adapting this technology for oceanographic work was first conceived by Robert Ballard more than 25 years ago. He envisioned the use of telepresence to connect scientists, teachers, and students on shore to live images and real-time data from ships at sea, providing a portal into the excitement of oceanographic discovery, and demonstrating to a broad audience the importance of exploring and protecting our largely unknown ocean.

机译：远程呈现功能为个人或个人提供了在没有实际参与的情况下参与活动或努力所必需的数据和信息。这个概念并不是什么新鲜事物，因为数十年来，政府机构和私营企业已经以多种方式应用了远程呈现技术。 25年前，罗伯特·巴拉德（Robert Ballard）首次提出了将这项技术用于海洋学的设想。他设想使用网真技术将岸上的科学家，教师和学生连接到海上船舶的实时图像和实时数据，为激发海洋学发现提供一个门户，并向广大观众展示探索和探索海洋的重要性。保护我们很大程度上未知的海洋。

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《Oceanography》 |2012年第1suppla期|p.6-76362|共4页
作者
Catalina Martinez; Dwight F. Coleman; Katherine L.C. Bell; Webb Pinner; Craig W. Russell;
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作者单位

NOAA, Office of Ocean Exploration and Research, Narragansett, RI;

Inner Space Center, Graduate School of Oceanography, University of Rhode Island, Narragansett, RI;

Nautilus Exploration Program, Narragansett, RI;

NOAA, Office of Ocean Exploration and Research, Narragansett, RI;

Okeanos Explorer Program,NOAA, Office of Ocean Exploration and Research, Seattle, WA;

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1. Telepresence-Enabled Exploration with NOAA Ship Okeanos Explorer [J] . Kennedy Brian R. C., Elliott Kelley P., Cantwell Kasey, Oceanography . 2016,第1Suppla期

机译：使用NOAA Ship Okeanos Explorer进行网真支持的探索
2. Advancing Ocean Science and Exploration through Telepresence [J] . Nicole A. Raineault, Katherine L.C. Bell, Peter Girguis Deep-Sea Research . 2018,第APRa期

机译：通过网真推进海洋科学与探索
3. Deep Ocean Passive Acoustic Technologies for Exploration of Ocean and Surface Sea Worlds in the Outer Solar System [J] . Dziak Robert, Banfield Don, Lorenz Ralph, Oceanography . 2020,第2期

机译：深海被动声学技术探索外太阳系勘探
4. Eyes on the Ocean Applying Operational Technology to Enable Science: Oceans '15 Conference - Washington, D.C. [C] . Kathleen ONeil, Lex LeBlanc, Javier Vazquez Oceans MTS/IEEE Washington (Conference) . 2015

机译：眼睛对海洋应用运营技术实现科学：Oceans'15会议 - 华盛顿，D.C。
5. Factors affecting use of telepresence technology in a global technology company. [D] . Agnor, Robert Joseph. 2013

机译：影响一家跨国技术公司中网真技术使用的因素。
6. Remote Technology-Based Training Programs for Children with Acquired Brain Injury: A Systematic Review and a Meta-Analytic Exploration [O] . Claudia Corti, Viola Oldrati, Maria Chiara Oprandi, 2019

机译：基于远程技术的后天性脑损伤儿童培训计划：系统评价和荟萃分析
7. United Nations, Ocean Economics and Technology Branch, Seabed Minerals, volume 1 : Assessment of Manganese Nodule Resources. London, Graham Trotman Ltd, Coll. « Seabed Mineral Series », 1982, 89 p. United Nations, Ocean Economics and Technology Branch, Seabed Minerals, volume 2 : Analysis of Exploration and Mining Technology for Manganese Nodules. London, Graham Trotman Ltd, Coll. « Seabed Mineral Series », 1984, 152 p. [O] . Babineau Louis 1987

机译：联合国，海底经济和技术处，海底矿物，第1卷：锰结核资源评估。伦敦，格雷厄姆和特罗特曼有限公司，Coll。 «海底矿物系列»，1982年，89页。联合国，海底经济技术处，海底矿业，第2卷：锰结核勘探和采矿技术分析。伦敦，格雷厄姆和特罗特曼有限公司，Coll。 «seabed mineral series»，1984,152 p。

Systematic Ocean Exploration Enabled by Telepresence Technology

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