低权重双层编码CDMA作为传感器网络中一线总线通信的新型物理层

H. F. Rezaei, A. Kruger
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引用次数: 1

摘要

有线cdma采用有线NOR总线,对传感器的互连很有吸引力。本文扩展了前人在单线有线cdma总线上的工作。它为此类总线引入了新概念,即低权重代码、称为Atoms的一元消息和双层时间间隔一元编码。其结果是一种非tdma、分布式、数字单线总线协议,允许传感器在不需要主节点的情况下同时和异步地相互通信。对于固定错误率,这些增强至少使总线上的节点数量的容量增加了一倍,并且与以前的方案相比,数据速率提高了四倍。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Low weight double layer coded CDMA as a novel physical layer for OneWire bus communication in sensor networks
Wired-CDMA uses a wired NOR bus and is attractive for interconnecting sensors. This paper extends previous work on a single-wire Wired-CDMA bus. It introduces new concepts for such busses, namely, low-weight codes, unary messages called Atoms, and double-layered time-distanced unary coding. The result is a non-TDMA, distributed, digital single wire bus protocol that allows sensors to communicate with each other simultaneously and asynchronously without requiring a master node. At a minimum, the enhancements double the capacity in terms of the number of the nodes on the bus for a fixed error rate, and improve by four times the data rate compared to the previous scheme.
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