系绳和非系绳交通工具:未来已经成为过去

OCEANS 2008 Pub Date : 2008-09-01 DOI:10.4031/MTSJ.43.2.5
J. McFarlane
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引用次数: 8

摘要

加拿大水下航行器的发展已经进行了40多年。这项工作大部分是在不列颠哥伦比亚省进行的。发展包括载人潜水器、rov和auv。这些车辆的用户包括海上石油,电话电缆维护,科学,测量,打捞和军事。支持这些集成的技术是成熟的。今天,在世界各地有海洋任务的有关机构可能不会提供一些服务,因为它们缺乏履行职责所需的资金。人们总是抱怨没有足够的船只、人员或硬件。也许如果我们足够聪明,我们可以使用先进的技术来完成这些任务的一部分,这些技术在今天可能被认为是非常规的智慧——即机器人技术。有些人可能会注意到,许多类型的水下航行器已经存在,或者至少存在子集。因此,有些人可能会怀疑它们是否有任何好处,为什么没有更多的人使用它们?其原因是,对于在何处建立边界条件以进行适当的性能比较存在混淆。此外,所有潜在的车辆集成尚未部署。限制车辆使用的一个重要方面是人员编制和培训方面所需要的变化。我们正处于一个过渡时期,在这些过渡时期,由于缺乏实践经验,客户和供应商的愿景不一定清晰,因此可能会出现错误的开始。我们有时会在描述不可能建造的车辆的规格说明中看到这种经验的缺乏。本文介绍了对混合动力汽车发展做出贡献的现有集成的使用。这有助于整合收集数据的系统的能力,以支持收集数据,以便根据第76条提交给内海床管理局。《公约》第76条规定了沿海国如何在习惯200海里界限之外行使主权权利。确定扩展管辖权的外部界限的程序以水深和地质标准为基础。这些程序要求以符合国际海底管理局报告要求的准确和有充分文件的方式收集、处理、可视化和分析广泛的信息。水下航行器将被用来获取一些必要的信息。
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Tethered and untethered vehicles: The future is in the past
Underwater vehicle development in Canada has been underway for more than 40 years. Most of this work has been carried out in British Columbia. The developments include Manned Submersibles, ROVs and AUVs. The user of these vehicles includes offshore petroleum, telephone cable maintenance, science, surveying, salvage, and military. The enabling technologies for these integrations are mature. Today, some services may not be provided by relevant agencies with marine missions worldwide as they are short of the funding needed to discharge duties. There is the constant lament that there are not enough ships, people, or hardware. Perhaps if we are smart enough we can accomplish a portion of these tasks using advanced technology which may be considered today to be unconventional wisdom - namely robotics. Some may observe that many types of underwater vehicles already exist, or at least subsets exist. Therefore, some might wonder if they are any good and why are not more people using them? The reasons are that there is confusion regarding where to establish the boundary conditions for proper comparisons of performance. Also, all the potential vehicle integrations have not been fielded. An important aspect of acceptance limiting the use of vehicles is represented by the changes required in personnel establishment and training. We are in a period of transition and in these transitional periods false starts can be expected as the vision of the customer and the supplier is not necessarily clear because of lack of hands on experience. We sometimes see this lack of experience manifested in specifications which describe impossible-to-build vehicles. This paper presents the use of existing integrations which have contributed to the development of hybrid vehicles. This contributes to the capability to integrate systems to acquire the data to support the acquisition of data for the submission to the Internal Sea Bed Authority in accordance with Article 76. Article 76 provides instructions regarding how coastal states to exercise sovereign rights beyond the customary 200 nautical mile limit. The procedures for defining the outer limits of extended jurisdiction are based upon bathymetric and geological criteria. The procedures impose requirements to assemble, manipulate, visualize, and analyze a wide range of information in an accurate and well-documented fashion that is consistent with the reporting requirements of the International Seabed Authority. Underwater vehicles will be used to obtain some of the information required.
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