Opportunistic Usage of Maritime VHF Band—Deployment Challenges for a New Regulatory Framework

E. Bolas, N. Carvalho, J. Vieira, Paulo M. T. de Oliveira
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引用次数: 1

Abstract

Similarly to other domains, maritime community requests for broadband services have been significantly increasing. Worldwide navigation footprint and the lack of practical alternatives to Satellite Communications (SATCOM) empower VHF band as the natural choice to support most of those demands. Nevertheless, the major challenge for an implementation of maritime broadband VHF services is unquestionably the spectrum availability and management. Eventually, the solution must include spectrum sharing, using a Cognitive Radio (CR) based approach, but unfortunately current regulatory framework and spectrum management regime are not appropriate for such concepts and emerging technologies. To overcome such constraints, it is necessary to address a whole field of regulatory and standardization issues in order to prepare an evolution towards a more flexible and dynamic approach to spectrum management and a transition that would ensure incumbents live operations and legacy systems. The required paradigm change encompasses a new policy definition, an enforcement mechanism implementation and a comprehensive transition plan. The presented analysis pretends to address the regulatory feasibility of a framework change, discusses its evolving process and points some challenges related with practical aspects associated to Quality of Service (QoS) enforcement metrics definition, centering the arguments in maritime VHF band.
海上VHF频段的机会性使用对新监管框架部署的挑战
与其他领域类似,海事社区对宽带服务的要求也在显著增加。全球导航足迹和缺乏卫星通信(SATCOM)的实际替代方案使VHF频段成为支持大多数这些需求的自然选择。然而,实施海上宽带甚高频业务的主要挑战无疑是频谱的可用性和管理。最终,解决方案必须包括频谱共享,使用基于认知无线电(CR)的方法,但不幸的是,目前的监管框架和频谱管理制度不适合这些概念和新兴技术。为了克服这些限制,有必要解决整个领域的监管和标准化问题,以便准备向更灵活、更动态的频谱管理方法发展,并进行过渡,以确保现有运营商和遗留系统的正常运行。所需的范式变化包括新的政策定义、执行机制的实施和全面的过渡计划。本文的分析旨在解决框架变化的监管可行性,讨论其演变过程,并指出与服务质量(QoS)执行指标定义相关的实际方面的一些挑战,并以海上VHF频段的争论为中心。
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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