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Asynchronous N-Layered Division Multiplexing (N-LDM)

机译:异步N层分割多路复用(N-LDM)

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摘要

Layered Division Multiplexing (LDM) is a novel non-orthogonal multiplexing access (NOMA) technique, based on power allocation techniques, which has been recently included in the ATSC 3.0 Digital Television Terrestrial (DTT) standard. In the recent literature, the LDM capabilities have been studied just for the two layered case, mainly when one of the layers is targeting mobile/indoor services and the other one high throughput programs. The main objective of this paper is to extend the study of multilayer LDM potential applications to communication paradigms not analyzed so far. First of all, a study of the A-layered theoretical capacity is presented, and after that, new application scenarios that will take advantage of this case will be presented. Finally, several practical simulations to confirm the aforementioned theoretical results will be discussed.
机译:分层分割复用(LDM)是一种新的非正交复用访问(NOMA)技术,基于功率分配技术,该技术最近被包括在ATSC 3.0数字电视地面(DTT)标准中。在最近的文献中,LDM能力已经用于两个分层案例,主要是当其中一个层瞄准移动/室内服务以及其他一个高吞吐量的程序时。本文的主要目的是扩展到到目前为止未分析的通信范例的多层LDM潜在应用的研究。首先,提出了一种分层理论容量的研究,之后,将呈现利用这种情况的新应用场景。最后,将讨论几种实际模拟,以确认上述理论结果。

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