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引用次数: 0

摘要

本文讨论了目前不同的宽带无线标准(局域网、广域网),并提出了物理层(PHY)和数据链路控制层(DLC)的主要区别。考虑到处理来自美国、欧洲和日本的标准的组织会有不同的看法,从2 GHz到50 GHz的所有宽带无线系统的协调全球标准将是一项艰巨的任务。协调至少可以实现“共存”,最多可以实现“互操作性”。虽然在物理接口和数据链路层上存在强烈的技术意见分歧,但在实现无线局域网和具有类似蜂窝的公共基础设施的新宽带网络之间的协调基础设施方面可能存在一些有限的目标。宽带接入的移动性是另一个讨论项目。广域网显示出最强烈的融合迹象,尽管一些差异还有待消除。在局域网中,目前存在单独的美国和欧洲无线标准,甚至可能太晚而无法统一。然而,一种仍处于发展阶段的新型“个人区域网络”可能会提供共存和互操作性的最佳可能性。蓝牙就是这个方向的一个例子。
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An overview on harmonization of broadband wireless standards
This paper discusses different broadband wireless standards (LAN, WAN) currently under progress while mentioning key differences on physical (PHY) and data link control (DLC) layers. Harmonized global standards for all broadband wireless systems, from 2 GHz to 50 GHz would be a daunting task considering that organizations dealing with standards from the USA, Europe and Japan would have differing perceptions. Harmonization at the least would allow "coexistence" and at a maximum "interoperability". While strong differences of technical opinions persist over physical interfaces and data-link layers, there could be some limited goals of achieving a harmonized infrastructure between wireless LAN and new broadband networks with a common cellular-like infrastructure. Mobility in broadband access is another discussion item. Wide-area networks show the strongest signs of convergence, though some differences are yet to be ironed out. Among local area networks, separate USA and European wireless standards exist today and may even be too late to be harmonized. However, a new class of "personal area networks" still in evolution stages may offer the best possibilities of coexistence and interoperability. Bluetooth is an example in that direction.
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