无线系统和网络的物理信道替代结构

S. F. Gorgadze
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引用次数: 0

摘要

考虑了码时分多址的一种变体。发射的无线电信号是一种结构化的相对较短的代码结构,它执行载波频谱的直接扩展,立即连续和调制它。因此,如果不包括限制带外发射的低通滤波器的影响,则保留发射到无线电信道中的所得群信号的均匀幅度包络线(复包络线的模量)。编码的结构允许实现载波频率的调制方法,类似于QAM,但效率更高。所有结构都包含任意长的代码片段,这些代码片段相互耦合,旨在解决与通信信道的时序结构、同步、rake接收器中的多径信号处理、定位等相关的广泛任务。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Physical Channels Alternative Constructions for Wireless Systems and Network
A variant of code-time-division multiple access is considered. The emitted radio signal is a structured relatively short code constructions that performing a direct extension of the carrier frequency spectrum, immediately consecutive and modulating it. Herewith, the uniform amplitude envelope (modulus of the complex envelope) of the resultant group signal emitted into the radio channel is retained, if the influence of low-pass filters that limit out-of-band emissions is not included. The structure of the codes allows to implement modulation methods of the carrier frequency, similar to QAM, but more efficient. All structures include fragments of arbitrarily long code that couple them and is designed for solving a wide range of tasks related to the temporal structuring of the communication channel, synchronization, processing of multipath signals in the Rake-receiver, positioning, etc.
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