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Regulation requirements of advanced spectrum exploitation technologies

机译:先进频谱开发技术的规则要求

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Even today many papers and presentations make the claim that there is sufficient spectrum available for all new and future services, if only the spectrum could be used more efficiently, inter alia through additional flexibility in the assignment of frequencies to those systems that need the spectrum at a certain point in time at a given location. It still seems common understanding that radio regulation and the rules applicable for the deployment of systems and use of radio spectrum resources are by far too rigid and regulators are supposed to be not sufficiently forward looking. The claim goes that regulation needs to be changed in a way that the rules will allow dynamic access and thus increase efficiency that is expected to be facilitated by the extreme flexibility provided by the new dynamic spectrum access, flexible spectrum and cognitive radio system technologies. However, this is, to a large extend a misconception, as regulation has evolved over the last decade, regulators have changed the way spectrum is licensed and the conditions under which it can be used. This paper provides an overview of the current spectrum regulatory landscape covering the developments, in particular in Europe, including the WAPECS and BEM approaches, the impact of E3 on regulation as well as considering the changes that came along globally. The paper also contains an argument on the real changes that are still required to permit the use of state-of-the-art dynamic spectrum assignment or access technologies and approaches.
机译:即使今天,许多论文和演示也是声称,如果只有频谱可以更有效地使用频谱,并且可以通过额外的灵活性来使用足够的频谱来提供足够的频谱,而是通过将频率分配给需要频谱的那些系统的额外的灵活性在给定位置的某个时间点。它仍然普遍了解,无线电监管和适用于部署系统和使用无线电频谱资源的规则是较小的,监管机构应该是不够前瞻性的。索赔是,需要改变规则的规则将允许动态访问,从而提高预期的效率,这些效率是通过新的动态频谱访问,灵活的频谱和认知无线电系统技术提供的极端灵活性所促进的。然而,这是,在一个大的延伸误解中,由于调节在过去十年中发展,调节器已经改变了许可的方式,并且可以使用它的条件。本文概述了当前的频谱监管景观,涵盖了欧洲的发展,特别是欧洲,包括WAPEC和BEM方法,E3对规则的影响以及考虑到全球范围内的变化。本文还包含关于允许使用最先进的动态频谱分配或接入技术和方法所需的实际更改的论点。

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