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Application of Multipled Block Codes to Hunting-Free Refraining and Asynchronous Multiplexing

机译:复用分组码在免寻源抑制和异步复用中的应用

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摘要

Application of multipled block codes (MBCs) for realizing new flexible and efficient transmission systems that feature in hunting-free refraining and asynchronous multiplexing is investigated. First, the principles of MBC are overviewed to show the capacities of filterless clock recovery. Then it is shown that modification of simple frame structure of MBC line code can be used for attaining hunting-free refraining for multiplexing systems. Two types of MBCs are developed to this end. While the one uses header blocks for hunting-free refraining, the other uses distributed frame patterns. Header design of multipled block codes (MBC) for hunting-free refraining (HFR) is investigated for frame patterns with and without violation compensation. The feasibility of hunting-free reframing is tested in an experimental system. Application of hunting-free reframing to asynchronous multiplexing is also investigated and tested in an experimental system. Finally, advantages of hunting-free multiplexing systems are discussed.
机译:研究了多块码(MBC)在实现新的灵活高效传输系统中的应用,这些传输系统具有无振荡抑制和异步复用特性。首先,概述了MBC的原理,以显示无滤波器时钟恢复的能力。然后表明,MBC行代码的简单帧结构的修改可以用于实现多路复用系统的无振荡抑制。为此,开发了两种类型的MBC。一个使用头块进行免打扰限制,而另一个使用分布式帧模式。针对具有和不具有违规补偿的帧模式,研究了用于无振荡抑制(HFR)的多重分组码(MBC)的报头设计。在实验系统中测试了无寻线重新构图的可行性。在实验系统中,还研究了无寻点成帧在异步复用中的应用。最后,讨论了免寻源多路复用系统的优点。

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