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Dynamic spectrum access and management [Dynamic Spectrum Management]

机译:动态频谱访问和管理[动态频谱管理]

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This article addresses a subject that is ripe for application and is approaching necessity for the continued expansive growth in the use of wireless for broadband multimedia communications. If we carry on business as usual in broadcast, public service and paid auctions in assigning spectrum without regard to actual empirical full time use, we will find that there will be starvation alongside the well fed with lots of usable capacity lying fallow. At the same time, there will be a sharp deceleration in innovation for new and useful wireless services due to the shortage of interference-free radio spectrum in which these new services would operate. Something needs to be done to encourage more efficient use of total aggregate spectrum, developing the methods to do this in an equitable manner and within a market-based price-cost structure that is also sound scientifically and technologically. The landscape of emerging spectral access technologies, described here, promises to change from a clear channels paradigm to a more contentious environment, allowing users to coexist without major conflict. This will require a transformation of the technology as well as the spectrum management community. A key objective of this review is to show that there are many approaches to spectral access methods as well as different implementations underway. We review coexistence and cooperation, spectrum access, management, and control techniques, and provide a perspective on techniques and technologies that will enable the next generation of spectral-efficient communications.
机译:本文介绍了一个已经成熟的应用主题,并且对于无线技术在宽带多媒体通信中的持续广泛使用,它正变得越来越有必要。如果我们在分配频谱时照常进行广播,公共服务和有偿拍卖的业务,而不考虑实际的经验性全职使用,我们会发现饥饿的同时,还有大量可利用的闲置食物。同时,由于缺少这些新服务将在其中运行的无干扰无线电频谱,新的和有用的无线服务的创新将急剧减速。需要采取一些措施来鼓励更有效地利用总频谱,以公平的方式并在科学和技术上健全的基于市场的价格-成本结构内,开发出可以有效利用总频谱的方法。此处描述的新兴频谱接入技术的前景有望从清晰的渠道范式转变为更具争议的环境,使用户能够共存而不会发生重大冲突。这将需要技术以及频谱管理社区的转型。这项审查的主要目的是表明,有许多方法可以用于频谱访问方法以及正在进行的不同实现。我们回顾了共存与合作,频谱访问,管理和控制技术,并就将使下一代频谱效率更高的通信成为可能的技术和技术提供了一个视角。

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